Proyecta Cato
their future professionals. Our
Students are prepared for
to project what will one day be
the future of architecture and design in
our city and the world.
These are ideas that inspire projects that
They are building tomorrow. They are the best.
academic.
Project Cato 2026. Come and learn about
designs that originate in their city.
Heart, heart.
In the heart of Cuenca, ideas take shape
form and the historic center becomes
in the perfect space for projection.
Architecture, design and culture
intertwine in a dialogue that awakens
in the genity, serving as a canvas for
the most visionary ideas.
Our university seeks to ensure that the
Students, don't leave your designs in a
computer. encourages and creates spaces
so that students can present their
projects in an iconic location and the
Cuenca residents and the world to discover it. A
It's a sample so everyone can see the
talent of their future professionals.
Our students are prepared
to project what at some point
It will be the future of architecture and design.
in our city and in the world.
These are inspiring ideas, projects that
They are building tomorrow. They are the best.
academic.
Project Cato 2026. Come and learn about
designs that originate in your city.
Working with spacing
We are Cato Heart.
The time has come for you to achieve your goal.
Let's make history, a new era.
It is our mission
and our elon.
You will fly as high as a red eagle.
We will expel you at all costs. Tea
will stop.
Together we will achieve it.
We will be a part of your life. We'll be there.
and you decline. We are red eagles and you
This victory belongs to everyone.
We are so much heart.
We are going to live our mission to arrive
far away by the old
are
heart, heart, and nothing enters our
vision with work, with effort and
passion.
We rose again together and grew so much.
We changed history, we wrote it
all. Now it's your turn so much and I'm sure it
You're going to achieve it.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are heart, heart, we will live
Our mission is to serve
we are songs heart heart nothing
will stop our vision with work, with
effort and passion
We are song, heart.
The time has come for you to achieve your goal.
Let's make history, a new era
It is our mission.
and our hope.
You will fly as high as a red eagle.
We will expel you at all costs. Nothing
Together we will achieve it.
We will be a part of your life. The
we will crossbow
and of falls. We are red eagles and you
This victory belongs to everyone.
We are heart to heart. Let's air our
mission to go far for the well producers
heart, heart, and nothing enters our
vision. With work, with effort and
passion.
We rose again together and grew so much.
We changed history, we wrote it
all. Now it's your turn
And I'm sure you'll achieve it.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are heart, heart, we will live
our mission
the winding earth
We are songs, heart, heart, and nothing.
will stop our vision with work, with
effort and passion
we are each heart.
The time has come for you to achieve your goal.
Let's make history, a new era
It is our mission.
And our hope
You will fly as high as a red eagle.
We will support you at all costs. Nothing to you
will stop.
Together we will achieve it.
We will be a part of your life.
and of falls. We are red eagles and you
This victory belongs to everyone.
We are heart to heart. We're going to open
our mission to go far by
old
are
heart heart and nothing
Our vision through work and effort
and passion.
We rose again together and grew so much.
We changed history, we wrote everything.
Now it's your turn, and you're sure to...
achieve.
We will be a part of your life. We'll be there
If you decline like red eagles and you
This victory belongs to everyone.
We are heart, heart, we will live
our mission of solidarity
we are songs heart heart nothing
will stop our vision with work with
This is my passion
we are song heart
The time has come for you to achieve your goal.
Let's make history, a new era.
It is our mission
and our evasion.
You will fly as high as a red eagle.
We will expel you at all costs. Nothing to you
will stop.
Together we will achieve it.
We will be a part of your life.
and of falls. We are red eagles and you
This victory belongs to everyone.
We are heart and soul and we are going to open
our mission to go far by
old consumer
heart, heart, and nothing enters our
vision with work, with effort and
passion
We rose again together and grew so much
We changed history, we wrote to him
all. Now it's your turn and I'm sure you'll do it
to achieve.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
Living our mission comes
the following
we are songs heart heart nothing
will stop our vision with work with
This passion
we are heart
The time has come for you to achieve your goal.
Let's make history, a new era
It is our mission
and our evasion.
You will dwell as high as a red eagle.
We will expel you at all costs.
Nothing will stop you.
Together we will achieve it.
We will be a part of your life. We will crossbow
and of falls. We are red eagles and you
This victory belongs to everyone.
We are heart and soul and we're going to fly
our mission to go far by
old
are
heart heart and nothing
Our vision through work and effort
and passion
We rose again together and grew so much
We changed history, we wrote everything.
Now it's your turn
And I'm sure you'll achieve it.
We will be a part of your life. We will be there and
deas
red. Ladies and gentlemen, very good
days with everyone present. We give them
a warm welcome to
Proyectacato, a space where the
architecture, design, innovation and
creativity is found for
share ideas, experiences and new
ways of thinking about our cities and the
spaces we inhabit. We greet the
authorities who are with us on this
tomorrow. Enrique Pozo Cabrera, Chancellor
from the Catholic University of Cuenca.
Agustín Borja Pozo, rector of the
Catholic University of Cuenca. Vanessa
Bermeo Pasmiño, Vice-Rector of
teaching. Rafael García Abad,
Vice-Rector of Research and
innovation. Marcelo Aguilera Crespo,
Vice-Rector General. Santiago Moscoso
Bernal, dean of the Faculty of
Engineering, Industry and Construction.
Rafael Borja Pozo, sub-dean of the
faculty.
We extend this greeting to our
Dear career directors
teachers, guest professionals,
representatives of the different
public and private institutions.
Dear students and public in
general,
to begin with this important
space, we invited Rafael Borja,
sub-dean of the faculty, who will have
his position, the welcoming remarks and
He will tell us about the Cato 2026 project.
Good morning everyone, sir
Chancellor, Rector, Gentlemen
vice-rectors,
deans.
President of the College of Architects of
the Suay,
Dean of the Faculty of the University
of the Americas of UDLA. Welcome.
It is a true honor for me.
to give you the warmest welcome to the
Proyectato inauguration.
Proyectacato is an academic celebration,
an academic celebration that begins with a
Very simple question.
How can we train better architects?
for a better city? And that led us
to a concern.
How to avoid academic inbreeding in
Architecture?
That tendency to think that the one who
only from our own classrooms
we understood that architecture cannot
to be built only between
architects,
but needs to dialogue with the
citizenship.
I think that was very clear to him
Pichincha College of Architects in
the last
in the last competition he held in the
museum of Ecuador. Philip Johnson
He also told us that architecture is
the only art
that is imposed on people.
And it's true because if I go to Paris and
I want to see the Mona Lisa, it's my decision
Enter or not enter Lubre.
But if I build a building on my
city, I'm going to have it every day
that visualize.
And so, among some friends, many
young people, and others not so young,
We talked and created dynamics.
We created several projects, including
We created the contest, the first contest
from Cator Render, which left us with pleasant memories
memories, like the lady who us
He asked us to explain
Why did the tree cross in the render?
And it wasn't that the tree crossed the
render, but the render was framed and
the background architecture with the
nature of the beginning.
A forum was held where we brought together the
largest real estate developers in the country,
much controversy between them, but
developed in the best way and
They debated and an academy was created for
our students.
We created the summit
and the first Acato project was created, which
He also left us
many beautiful experiences with the
citizenship because we already adhere to the
citizens believing that all these
events
It's for our students and the only one
so that it is useful for our students
It's so they can get their feedback
with the products we take out cycle to
cycle.
and one of the ladies wanted to take the
project of one of our
students that were 10,000 m² of
construction and she wanted to build them
on a plot of land measuring 5 by 10 m².
In the second and last Cato project
a foreigner, I don't know exactly where he was from
He was the young man, but he found some
aura, any theory outside of this
universe and explained a whole bus that
He came with the theory that
He found it in that project.
And so we collected several
very enriching experiences for
our students, which gives them the endorsement to
they of the knowledge that go
acquiring cycle by cycle, and that this is
for the city of Cuenca and for the
Ecuador. That's Proyectacato, it's a
academic celebration and it's for you
students. Thank you so much.
We appreciate the valuable input of
our sub-dean. Next
We will listen to the message of whomever
represents the talent and commitment of
our students. We invite you
Valeria Maya, representative of the
winners of Proyecta Cato 2025.
If I had to summarize my experience in
Cato's project in a single word would be
fear.
To be honest, at the beginning everything was a
chaos. There were high expectations, there were
many insecurities and many doubts. Me
I kept asking if my project
It was good enough. Besides,
when you see the level of others
participants, it's inevitable to compare yourself
and feel that maybe you're not the
height.
But that's precisely where it all began
true learning.
Participating in this contest made me
to understand that Proyecta Cato is not just
a competition,
It's an opportunity to put into
put into practice everything you learn in the
classrooms, to discover, to discover what
that we are capable of when we work with
commitment and dedication.
The biggest lesson I take away from
This project is about perseverance.
I learned that good design doesn't always
It doesn't appear on the first or second try.
A project needs time, it needs
If he makes a mistake, he needs to change and
to start over and above all to trust in
the process.
We often believe that ideas don't
They work, but every correction we make
It makes us get a little closer to
what we are looking for. I also learned
to listen to the observations of our
teachers, who are our
mentors, although sometimes it's difficult
accept criticism. I understood that each
The comment was an opportunity to
improve.
Thanks to this process, not only did the
project, I also grew up with it.
I want to thank my colleagues
as a team where we share stress and doubts
and also satisfaction. Thank you for your
commitment, for the ideas they contributed,
for supporting each other and for showing
at work that the work in
The team always delivers results
be better.
I think these kinds of experiences
They greatly enrich our
training because it teaches us to
to face our challenges, to
to defend our ideas, to trust in
our capabilities. These are lessons.
that will not accompany us throughout
our professional life.
Finally, I want to invite everyone
students who are interested in participating
in the next editions of Project
I obey. Don't be afraid to try.
Dare to trust in ideas, learn
in the process and enjoy each stage.
In the end, beyond the result, what
We're really going to take everything with us.
that we learn along the way. Many
thank you.
We thank Valeria Maya for her
words. To hold the inauguration
As the official of this meeting, we invite you to
Agustín Borja Aposo, rector of the
Catholic University of Cuenca, who
will address the attendees and declare
This academic event is now open.
Good morning to everyone. Do
mine are the vocatives of our teacher of
ceremony.
I want to begin by thanking
our special guests who have
given the time to come here to Proyecta
Cato to look and observe what she does
Catholic University of Cuenca, which is
fulfill its objective of transcending and
transform cities through
academy. the academy that is dedicated today
to look for peaceful cities, more peaceful cities
human through the integration of
our substantive functions, through
through scientific research
through formative research
from teaching.
Today we are in this space, in this
space for growth, in this space
where we want to show the world what
It is the Catholic University of Cuenca,
but also to bring the best of the world
for our students. These are the
spaces where we generate the true
critical thinking of our
students and through that I want
Congratulations to the Faculty of Engineering,
Industry and Construction to generate
These spaces year after year. My
Congratulations, Mr. Dean. With these
I want brief and heartfelt words
declare this event inaugurated. Many
thank you.
We appreciate the valuable input of
our rector. Officially
We have inaugurated Proyecta Cato.
We hope these days will be a
opportunity to learn, share
knowledge, generate new connections
and continue building the future of
architecture and design. In a few minutes
minutes we will begin the block of
conferences. Thank you for your presence.
Thank you so much.
Our mission to go far by
old
We are heart and soul and nothing else
Our vision through work and effort
and passion.
We rose again together and grew so much.
We changed history, we wrote everything.
Now it's your turn so much
And I'm sure you'll achieve it.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
There are so many of us, heart to heart, let's go
to live our mission from afar
We are songs, heart, heart, and nothing.
will stop our vision with work, with
space
we are each heart.
The time has come for you not to be your goal.
Let's make history, a new era
It is our mission.
And our hope
You will fly as high as a red eagle.
We will support you at all costs.
Nothing will stop you.
Together we will achieve it.
We will be a part of your life. We will crossbow
and of falls. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
Open our mission to go far by
the old eaves
We are heart and soul and nothing else
Our vision through work and effort
and passion
We rose again together and grew so much.
We changed history, we wrote everything.
Now it's your turn to do everything, and I'm sure you will.
achieve.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
to live our mission, to go far
stitches
We are songs, heart, heart, and nothing.
will stop our vision with work, with
effort and passion
We are heart.
The time has come for you to achieve your goal.
Let's make history, a new era
It is our mission.
and our evasion.
You will dwell as high as a red eagle.
We will support you at all costs. Nothing to you
will stop.
Together we will achieve it.
We will be a part of your life. We will crossbow
and of falls. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
to embody our mission to go far
by the old
heart heart and nothing
Our vision through work and effort
and passion
We rose again together and grew so much.
We changed history, we wrote everything.
Now it's your turn
And I'm sure you'll achieve it.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are grateful, heart to heart. Let's go
Living our mission comes
the signs
we are songs heart heart nothing
will stop our vision with work with
This is my passion
we are heart
The time has come for you to achieve your goal.
Let's make history, a new era
It is our mission
and our evasion.
You will dwell as high as a red eagle.
We will support you at all costs.
Nothing will stop you.
Together we will achieve it.
We will be a part of your life. We will be there if
of falls. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
to embody our mission to go far
with life at cost
heart heart and nothing
our vision. With work, with
effort and passion.
We rose again together and grew so much.
We changed history, we wrote it
all.
Now it's your turn, I'm sure you'll do it.
achieve.
We will be a part of your life. We will be there if
you decline
the red ones. And your triumph belongs to everyone.
We are songs, heart to heart. Let's go
live our mission. Arriving with the
coconuts
we are songs heart heart nothing
will stop our vision with work, with
effort and passion.
We are cato heart.
The time has come for you not to be your goal. Let's do it
history, a new era.
It is our mission
and brings us anointing.
You will dwell as high as a red eagle. Come on
to push you at all costs. Nothing to you
will stop.
Together we will achieve it.
We will be a part of your life. We'll be there.
and you decline. We are red eagles and you
This victory belongs to everyone.
Are
heart.
We're going to open and our mission will arrive
far away due to open consumption
heart, heart, and nothing enters our
vision with work, with effort and
passion
We rose again together and grew so much,
We changed history, we wrote it
all.
Now it's your turn and I'm sure you'll do it
achieve.
We will be a part of your life. We'll be there
if you decline. We are red eagles and you
This victory belongs to everyone.
We are songs, heart to heart. Let's go
live our mission.
Only
I'm lying.
We are songs, heart to heart. Nothing
will stop our vision with work. With
That is my passion.
We are song, heart.
The time has come for you to achieve your goal.
Let's make history, a new era.
It is our mission
and our elon.
You will dwell as high as a red eagle.
We will support you at all costs. Tea
will stop.
Together we will achieve it.
We will be a part of your life. We'll be there.
and you decline. We are red eagles and you
This victory belongs to everyone.
We are heart to heart. We're going to open
our mission to go far by
old serum.
We are heart and soul and nothing gets in.
our vision. With work, with
effort and passion.
We rose again together and grew so much.
We changed history, we wrote it
all. Now it's your turn, I'm sure you'll do it.
achieve.
We will be a part of your life. We'll be there
if you decline
Here are the red ones and your triumph belongs to everyone.
We are heart, heart, we will live
Our mission is far from sewing.
We are songs, heart, heart, nothing.
will stop our vision with work with
This passion
We are song, heart.
The time has come for you not to be your goal. We have
history, a new era
It is our mission.
And our hope
You will fly as high as a red eagle. Come on
expel you at all costs. Nothing to you
will stop.
Together we will achieve it.
We will be a part of your life.
We'll be there if you fall, we're red eagles
And your triumph belongs to everyone.
are
heart heart let's open our
mission to go far the bear
heart heart
enter our vision
With work, with effort and passion.
We rose again together and grew so much.
We changed history, we wrote everything.
Now it's your turn
And I'm sure you'll achieve it.
We will be a part of your life. We will be there and
Let us declare
Here are the red ones.
Thank you all for your patience.
It's time to give way to the first
this morning's conference. Our
The first guest is Roberto Curi
Pesantes, who will present the
Ecuador Digital and Cities Conference
intelligent, technology as the driving force
urban development and the
infrastructure.
Roberto is an engineer in the sciences of
administration. It has more than 17
years of experience in the sectors of
technology and telecommunications.
In the public sector he was minister of
telecommunications,
General Manager of the Corporation
National Telecommunications
and national director of transformation
technological. He is currently a minister of
Foreign Relations and Human Mobility
from Ecuador. We received it with a strong
Applause, please.
Good morning everyone.
It's a true privilege to be here.
academic space to debate the future
architectural, structural and
technological of our country.
Today, more than talking about technology as
a digital luxury, I would like to analyze it with
you in what it really is.
Is it the new steel or is it the new junk?
for urban development.
And the national government through
your digital agenda 2025-2030
We have drawn up a roadmap where
our physical structure and the
cyberspace works.
During the next few minutes I want to
to explain a little about what this policy is
state and how we redefine the concept
urban planning transforming our networks
transport, energy, connectivity and
state services in a system
integrated and efficient.
So thank you very much for the invitation
And welcome everyone.
To understand this process, I would like
to begin to analyze the paradigm
global urban development.
During the 20th century, let's say, the
The progress of countries was measured
exclusively by the volumes of
construction, how many kilometers of
roads were made, they were paved or
how many bridges were being built.
Today, uh
In the Digital Agenda 2025 we recognize
That vision is important, but it's
obsolete if that civil works operation
blind.
A highway or an electrical grid
Modern ones are inefficient if they are
static.
And the new paradigm transforms this
urban infrastructure on a platform
intelligent and predictive.
We no longer design, or we no longer want to design.
inert infrastructures, but networks
instrumented with sensors and with data
in real time that react under the
human demand
before a congestion or a
structural failure. In other words, we want that
be predictive.
Leave me alone because I'm realizing that
They are not watching the presentation.
Okay, I'll continue. The first great
A pillar of this urban development is
understand that the digital infrastructure
It is no longer a service, it is no longer a luxury,
but it's a, it's basically a
essential public service at the same level
that drinking water or that energy
high voltage electrical. Without
connectivity
There is no urban planning in terms of bandwidth
modern. In that sense, the government has
implemented several actions. In 2025
We're closed
the renewal agreements
of bandwidth and of and of
frequency of the radio spectrum
with the companies Claro, Movistar and
CNP.
From this point on, companies already have
legal certainty in order to be able to
invest and be able to migrate technology from
3G to 4G and from 4G to 5G. Having 5G will
will be able to enable the new ones
technologies that need this low
latency to be able to implement. From the
Similarly, we have agreements with
companies like Starlink to be able to carry
connectivity to rural areas and
urban-marginal areas where currently the
fiber optics or wireless networks do not
can arrive.
Ecuador also has a
optical fiber capillarity quite
optimal, which allows internet access
bandwidth to every corner
of the country. This 2025-2030 agenda prioritizes
that massive expansion of fiber optics,
spectrum consolidation for networks
5G with low latency so that
large development hubs can
precisely develop. And why is this?
important? It's because of these networks
They really are the backbone
invisible of the nation. It's the duct
where millions of data travel through
second, to be able to automate the
transport, logistics, industry.
We cannot build urban centers
competitive over connections that are
slow or unstable. The infrastructure
Digital is truly the foundation for
that everything else can happen.
And from this infrastructure
technology
This is where new ones begin to be enabled
technologies and the most noticeable impact
of this infrastructure in space
urban life occurs, for example, in the
mobility. On the digital agenda
We promote the transition to systems
known intelligent transport
technically as ITSs. And it's not about
modernize the fibers, sorry, the
vehicle fleets purely, but
implement layers of intelligence to
traffic control, road infrastructure
using vision cameras
artificial intelligence, algorithms
in order to manage the networks
traffic lights and being able to manage traffic
a smarter way. All this is
It gives information about these layers of connectivity that
I mentioned them a while ago, a
Wait a minute, right? all nodes
strategic trade ports
maritime, terminals, logistics
vials. 5G enables tracking
automated loading, the
optimization of transport routes
heavy and the drastic reduction in
operating times and costs,
simultaneously reducing the footprint
of coal. So, on top of these layers
digital infrastructure
all these develop and add up
new technologies such as artificial intelligence
artificial and, uh, the IoT, which is the
Internet of Things. Likewise, the
urban development is essential for a
challenge in resource management. This
agenda 2025-2030 that I mentioned to you
It incorporates a massive deployment in
internet of the scabs to be able to
to make critical infrastructure independent
of the country. For example, the sector
energetic. We are transitioning towards
smart grids or electrical networks
intelligent. These matrices monitor
urban consumption in microseconds,
They balance the loads autonomously
and efficiently integrate the
renewable energy sources. In
water infrastructure, the facility
of pressure and flow sensors in
pipes and in urban areas allow
detect underground micro-leaks earlier
of causing pavement breaks or
losses of millions of dollars in resources.
We went from corrective maintenance and
costly to predictive maintenance and
efficient.
Finally, efficiency too
It has to go not only in the areas
urban areas, but it also has to go
within the state apparatus. A
Comprehensive urban development requires a
efficient government. And one of the axes
central elements of the 2025-2030 agenda
It is the technology that eliminates the
bureaucratic barriers and development
of the works and competitiveness
productive.
For example, the massification of the
sovereign digital identity and the signature
electronic systems allow the State to operate
under a strict zero policy
papers. licensing procedures and
civil registries, customs,
public procurement. All this is
digitizes completely through
from the cloud. A state that automates,
Sorry, their processes don't just help to
to make public management more transparent,
but it reduces its operating costs
currents, freeing up resources
valuable economic resources to be
reinvested in physical infrastructure
nationwide.
In this sense, for a
urban infrastructure to be functional,
Your systems cannot operate in nursing homes.
isolated. It's useless to have a
ecosystem or a hospital system
modern if it does not communicate with a network of
road emergencies or with the control of
traffic. Herein lies the overall objective
of interoperability that also
we are promoting through the agenda
digital 2025-2030 and through the government
national.
the DINAP, which is the address of
interoperability in the country, its
The purpose is to enable interoperability
precisely all the functions of
State, from ECU 911, from
hospitals,
Sri, Ministry of the Interior, Customs,
so that everything can interoperate and
can count on the necessary information
to reduce bureaucracy and
government procedures.
an urban infrastructure so that it is
functional, as I said, they cannot operate
the isolated ones themselves. And the goal is 2030
It's that the different layers of everyone
these urban health ecosystems,
security, transport, customs and
energy share data in real time
under universal technical standards. AND
If a road emergency occurs,
Interoperability allows the
automatic route clearance system for
ambulances, notify the hospital about
the patient's arrival and divert the
traffic for freight transport in
millisecond. integration is the true
urban intelligence. This way
we are,
Let's say, merging technology and
digital infrastructure so that the
urban development of cities and
also of the country in general, it can happen
in an efficient and modern way. As
As I was saying nowadays, we don't measure a
country not only under the asphalt, but under the
technology that is the one that really
opera. behind that asphalt.
Now, with all this technology too
The issue of cybersecurity is important.
in critical infrastructures that
the country has and as we go
digitizing the roads, the
ports, water networks or systems
electrical, the safety of these
structures ceases to be solely
physical, but they also become
digital. And if we connect the country...
network, we also need to be able to
defend them online.
In that same way, on the agenda
digital 2025-2030,
cybersecurity and cyberdefense
We raised the security level
national where protocols are established
mandatory logical shielding for
all critical infrastructures of
country, for protection against
cyberattacks, the encryption of
industrial control networks and the
strict protection of the data of
citizens with conditions not
negotiable for development and
stability of our urban environment.
In conclusion,
This is a step-by-step process that...
We started in 2025 and that's how we did it
we have been developing from 2025 to 2026.
It focuses on consolidation
regulatory and the deployment of fever
of fiber optics and of and of the
basic infrastructure towards 2027 and
By 2028 we will see the maturation of these
5G networks and deployment
and fiber optics so that in turn
can be reached towards the areas of
transport and interoperability of
State services.
We aspire that by 2030 the goal will be
the consolidation of an ecosystem
mature, resilient, and highly urban
productive.
The digital agenda 2025-2030
You could say it's the plan
architectural aspect of our morning.
The challenge is in everyone's hands
We, in the classrooms, in the minds of
future engineers, urban planners and
programmers who will design the
platforms and structures that the
Ecuador needs for its future.
Let's remember that technology is the
engine, but the ultimate goal is always
It will be the same, which is to build a
most competitive, connected and
prosperous for all.
Thanks a lot
And thank you for the space you are giving me.
giving today. It's a pleasure to be here.
here.
and modernization.
Hello,
It doesn't happen.
How do I get back? There it is.
chat. Uh, yes, I am the manager.
general of a construction company and
I am also the general manager of the
Academy of Construction, which is uh
an entity that we have created to
precisely accelerate the curve of
learning and uniting theory with practice
practical, specifically for students,
for professionals and for people who are
in the environment. Today I'm going to talk to you
on construction and planning of
projects. This is a methodology,
a practice, a mindset that I
I have implemented in the company that
I lead. It's not unique, but I think they
It can serve as a reference, right? I
I start from a mindset, from a
principle, build your possible. That
What does that mean? That this depends
of us. There is an iconic phrase from
President John F. Kennedy, who to me
He was traumatized from a very young age, don't ask him.
your country what it can do for you,
but what you can do for your country.
So, it's under that mindset that...
we as citizens, as people,
We need to work. We shouldn't be at
in anticipation of what the
The government can give me, of the
conditions that may give. We are in
a world of competition, in a world
where the one who adapts best survives.
He's not the strongest, he's not the most
Big, not the fastest, is the one that
It adapts better. And for that we
we need to create our own
odds. So, under that
This is how I have been leading the process.
company historically. I entered this
I've been with this company for 26 years.
We depended on public tenders, on
contracts, from an entrepreneur coming to
hire us for a service of
construction. What's going on over there?
You compete on equal terms with
the rest of the people, what is known
a red ocean. We all got a little help there
the best possible prices. And
What happens when you give the lowest price?
You reduce your utility, that is, you reduce
your participation in the economy to
to be able to add value. This is how
Until 2014 we handled it this way and in
I said go ahead, we have to change the
situation. We have too
capacity, we also have ideas,
We can also generate; we are subjects.
credit, we are people who
They can get together with people who are
credit subjects, with investors,
with bankers, with entrepreneurs and
form part of a value chain.
So I start from a
maximum objective. My ultimate goal
My goal is to improve the quality of
people's lives. I'll move that to
the company as a guiding principle. Each
Whenever something doesn't go right, I try again.
I remember why I'm here. EITHER
In other words, to answer my why. Areas for improvement
the quality of life of people. AND
Every time I get out of alignment, I go back to
to reorient myself under that principle. But
To achieve that goal I need
the how. How am I going to do it? Go
to generate strategies. So, I
I start with a sustainable life plan and
I divide the strategies into the three axes
that are normal in a company that
He wants to contribute, he wants
add value. The social, the business
and the sustainability one. In the social
We have created schools within the company
training that we provide to our
own professionals.
We are, have been, or are members
members of chambers, of councils
business. We worry about the
health and occupational safety
of our workers.
We have a company blog where
where I am the main one, but also
There are other people who write, in
where we communicate different factors, not
business only, often
They are from anthropology, psychology,
market research, trend studies, it
that comes to mind, I'm reading a
book, if something occurs to me, I write a
blog, because what I'm trying to convey is
knowledge, transmitting ideas,
transmit filtered experiences under
From my perspective, that in some way
Another way might work. and a commitment
staff. We are looking for the
people have a personal commitment.
We have internal challenges, we face them
challenges of reading a book, challenges of
of physical condition, of nutrition, such as
to keep improving. I'm switching to
sustainable. In the sustainable, we
We look for, if we are already responsible for the
construction and generating projects
real estate agents, we have to be
responsible for ensuring they are sustainable,
that they are green, that they are
energy. As the architect said,
the architect Borja, we the art in
Architecture is the art that is
imposes. I call that the choice
architecture. Architects are the
responsible for where you will live, where
Where will they work?
the rest of the people. If you design
Something that isn't functional, people
within that environment they will not be
functional, that is, they will be less
efficient, less operational. So,
if we also apply that to being
responsible towards the environment,
We can merge the two things. can
a good architectural design will work,
good concept of functionality that
That will contribute to the economy and to
at the same time preserve the environment.
Circular economy, recycle
materials, reuse reuse
processes, uh, working with suppliers
that they recycle. We're part of that, so
how I develop internal staff,
I also develop and form alliances with
suppliers. In other words, I'm looking for a
supplier, because it's small, medium,
big, and I'm looking for alliances because this is
It's about winning, winning, it's not a zero-sum game.
In the past, companies
How did they work? Zero sum, I win.
You lose. That was the way
We work, that's why
We had to charge very little. At the moment that
we enter into a methodology
through a change in mindset, we seek that
We all win in the value chain. That
It ranges from the client, the builder,
the architect and the supplier.
So, we are developing
suppliers so that they leave
strengthening and also applying
best construction practices.
But none of this works if there isn't the
business axis. We live in a
economy, a capitalist economy,
socialist, however you want to see it.
Obviously, because I am a businessman,
I have a capitalist mindset, but
capitalist with a conscience. So, I
I started from the concept of adding
value, diversify, continuous improvement
fixed income and technology. Precisely that
that we heard from the minister. Add
What is value? is any benefit
that the customer perceives about the cost
that we can incur. This
It could be in an architectural design.
You create an architectural design
spectacular. If that's what it means to me, then...
The builder generates value for me because it
I can sell it better, I can sell it more
Expensive, I can optimize it, it goes
to be more efficient, uh, uh, in the
construction, they added value to me.
So, they created that first one.
first step to adding value.
Diversify your own practice that
We have in the company, we
We diversify into multiple projects,
in different segments. Today
We develop projects for
social interest, that is, housing
cheaper than they can be sold
to the economically active stratum.
We have office projects, me
I'm referring to office buildings, centers
commercial, we develop buildings
For clinics and hospitals, it is
In other words, we built the space
where another hospital will operate, but
under real estate methodology. It's not
A construction contract is a
real estate project where one of
The clients are a hospital, and so we go
diversifying into different things.
We are incurring in office warehouses,
We are investing in data centers.
We just heard the minister speak
of everything the government is
doing. What does that mean over there?
As I was saying, I don't expect the
government do something, but if the government
He's already doing it, he's giving it his all.
the steps, the symptoms to be able to
to generate opportunities, the entrepreneur
He has to go out after those
opportunities and capitalize on them.
just as an example with this
topic of artificial intelligence. It
We were talking here with some people.
Today, data centers
Artificial intelligence is in other
countries. If you are talking to GPT chat
that has the option to be able
to talk, you talk to the GPT chat, you
He answers, he often answers you with
Argentine accents. What does it mean? That
The data center is in Buenos Aires, in
somewhere, sometimes it's in Miami
also. So, the processing
data collects existing data
powered by the LMS, the largeu
models in the sector where they are and from there
They answer you. And I was joking with him in
a moment with someone with whom
We were talking. If you ask him where he's from
It's the best ceviche, maybe it will answer your question
the Peruvian. And maybe we
We want to answer the one from Machala, the one from
Manta, the one from Guayaquil, the one from Quito, the
From Cuenca, I don't know, I mean, wherever you're from
preference, but like language
He's trained in another region, he's going to
answer what they have said to him.
They have trained him in another
region. So, that kind of thing
We must take advantage of them. So what then?
Are opportunities opening up? Data centers
for AI here in Ecuador, AICS that is
They call. So, we're starting to
We're just starting to venture into this.
Let's get to work, we're uniting the
various actors, to the end consumer,
to the operator, to the landowner, to
intermediary. And that's where the academy goes
to be extremely important because now we have to
hire staff to be able to train
the models. So, the academy is in
teachers and students. Let's go between
people to start training these
models locally and there are already others
Companies, we are not the only ones who do it
They are doing. Continuous improvement, starting
from a philosophy that perhaps
Many find it difficult because of ego. I am the
Better yet, I know everything. That's a lie, nobody said it.
He knows everything, but nobody has learned everything.
There is always room for improvement.
If one enters into his life, into his company,
in his philosophy, in his class of
that you can learn something, you open the
mind. When you open your mind
You're definitely going to learn, and that's it.
your first your first opportunity to
improve. Fixed income is also something that
has implemented it in Etinar under the
Rates model, Real Estate Investment
Trust. In that we have been somewhat pioneers.
Well, I was kind of a pioneer in this area, but
Actually, that's already been invented in
The United States in 1960. So, what
What I've done is bring a good practice
business where people before
We used to build to sell, now
We build to rent. If that's arron
It generates a profit for you,
a capitalization rate, a cap rate,
as it is known in the United States
indicator, higher than the financial cost,
then it's better to build for
lease and not build to sell.
But that's something that needs to be done, that needs to be done
understand it. Why do I do it? Because the
the economy in construction is
cyclical. A project lasts me 2 3 4
years. With this model you can go up to 30
years. Then you manage to generate a
fixed income, which allows you to sustain
a team. If you hold a team,
you release you release resources to be able
to think and start the cycle again that
I'll explain more later. AND
technology, because they are definitely the
tools that we develop
within the company or we incorporate
from third parties to be able to
control our projects. Us
We are a company that today has more than
1600 employees and we manage 48
projects. Those 48 projects
We manage with five people because
We have technology, we develop
we develop or we complement each other
with people who handle BIM, Building
Information Modeling, which is a process
that uses certain tools of
AutoCAD, from Revit, which allows modeling,
It allows us to anticipate, it allows us to collaborate.
Many of you know him here in
the Construction Academy in
alliance with the Catholic University of
We are going to give courses in Cuenca
regarding their help with that. But
Behind that, we generate data. Those
We collect the data in some
software that we control from the
budget, the schedule, the
accounting, everything. So, may I
It can be solved with just a few people. That's why
that part of my strategy is to focus
in technology with a lot with a lot
force, with a lot of emphasis. Of
There's the cultural aspect, I'll discuss it later.
I'll see. I have a golden book that I
I call, which is a, a writing, a
a little book that I made for the
people know what the mentality is like, what
That's what I expect from people. I don't
I demand schedules, I don't demand anything else.
In particular, I demand results, uh the
communication that is synchronous. If I
I'm writing to you at 3 in the morning, because no
Don't be offended because it was an idea that came to me
occurred. You answer me at 9, respect that
my sense of urgency. topics that are already
of mindset of of of more than of of
To assert oneself as the leader of a team is
to be the leader of this team that
Let's all work for the same thing.
same north. The company's values,
motivation, discipline, teams
cross-cutting and specialized teams.
I'll tell you what that is later.
from there. It is a methodology that has
It has served me well, and obviously...
instead of telling people what
to do it, because they, that's why, that's why
They are part of a team, I can have
ideas, I can generate the
planning, but someone else is going to
to execute, another will develop the
programming. What I give them is a
north basically with a concept that
I call the numerator the denominator. In a
Company, you have two options to
generate in order to generate value. If you have a
a numerator that is already defined,
You have a billing that won't
to grow, then what you have to
optimization is the denominator. You have to
to have fewer people. But if you have one
people who are very good and you know that
You can take advantage of them, don't take it out
that team, but rather it grows
numerator. Let's focus on what
We can develop new projects,
That's why I need technology and everything else.
others. So, I've opted for that
option. There are companies that seek to be
much more efficient in the
managing what little they have. I
I prefer to be efficient in the little that I do.
I have it, but it's growing and growing.
numerator. And in that way the company, I
I was telling five people, five
people who control the works, but
Actually, there are 250 of us in the company.
professionals among architects,
engineers, economists, uh
professionals in various fields,
marketing people.
But the overhead, which is called the
fixed cost of the company, what what
not what I cannot, what I cannot
I want to reduce, nowadays we represent
less than 3%. Then 3% of the
global revenue in a company that
The industry is usually around 10%.
12 is surface and we have that
achieved with technology and with this
mindset. And from there, then, the
main indicators that I monitor
Three is basically schedule, quality
and costs. There are no more indicators
important ones, there are many others, but in
Actually, these are the three that I
I focus on them and they matter a lot to me.
Let's see if we can move on to the next one. He
life plan summary. I was telling them
Why, I was telling them how,
the what, what do I want to be. That's the vision.
The great thing we have is to be the
most prestigious construction company
and national recognition. I haven't said
the largest. This is what's been created here.
25 years ago. this vision that I
When I joined the company, the first thing I
What I did was lay out the basic concepts of
one of the book of a company. The
mission, vision, obviously the
His strategy has been changing, but the
The vision was always the same from day one. Does
I joined this company at 26, it's been 27 now.
to be the largest construction company
prestige, because prestige is what
It brings you the rest. It's not about being great, no
It's about being efficient, because maybe you are
Big, but you're a company
corrupt that appears in these, uh, I don't even know
how many green, green books that
They emerged during the era of corruption
with the brevity. We haven't left
None of that because we've focused on
To add value, we have focused on being
honest, in being
to contribute, to improve the quality of
people's lives. The life plan,
Basically, in three words, create
value, develop people and
to positively transform the city. The
strategic axes. These are the axes
strategic ones that I have. Have
engineering, architecture, real estate,
sustainability, social aspect and finance.
We build with value, with purpose
the types of growth that a
company. You have the types of
growth, organic growth,
You grow according to the
contracts that they give you,
pipeline of new projects, already
You start planning to have towards
Go ahead and tell us what you're going to do. We in
Etinar, what do we do? We are promoters
real estate. And we really are
builders, but we developed the
real estate promotion line for
to be able to anticipate what we are going to
build. So, I know what I'm going to do.
to build in 2030. I don't depend on
government construction contract,
from the fifth bridge, I don't even know how long, no, to
the best and most competitive in that, but I know
what I'm going to build, what I have
controlled for the next 3 cu 5
years. Overlapping projects. I'm going to
I'll tell you later what I mean.
I mean by that thing there. Innovation and
new businesses. always thinking
ahead of topics that may
can go out and this not only does not
Take it as a company, how easy it is to do it in one
company. This company has had its
cycles, where he has been very bad, has
It's been great, but this is it
mindset, this way of working
in which from an isolated person
can get together with two or three people,
find an investor and develop
with innovation. Today the idea is worthwhile
more than capital. Remember that.
If you go to a bank, obviously you have
that is eligible for credit. No, I'm not.
credit subject, my friend. Yes. The
The bank will lend you money at 8%, at 7%, at
9%, to 10% if the project is good. But
The idea could be worth much more. An idea
It can generate 20, 30% for you, and if you do it
With profitability, it can generate 18%
for 30 years. Then we must
To innovate is to create, to seek
new opportunities that do not exist in
the market. Our evolution,
Obviously, it belongs to our foundation.
we have consolidated, we have
expanded, but that's where we started with a
exponential growth since
We integrate design and construction. Is
In other words, it starts adding value
architect, I suggest that I am going to
to explain what methodology I
I have something to say about it. Innovation of
project of new model projects,
ways to grow. Remember that I
I tell you, I am a construction company,
That is, there is the second box,
to execute works, time, cost, quality,
etc. But in order for me to grow I have done
what is called vertical growth
forward, that is, I got into the
distributor value chain. Before
For me, the distributor was a promoter,
So I became a promoter because I
I control the developer's margin and now
I control the builder's margin. Already
I do not sacrifice the builder because I am
myself. I say builder, you are going to
receive a 10% margin and the promoter
I'll give it 20%, but that's 20% out of 10.
that the other one is going to win. Obviously
There are structures, trusts, two
companies, but each one contributes
He contributes his own part. And then I realized
if someone is buying one from me
property because that someone is a
investor who is going to lease it, I
I figured this must be a good business. He
This guy is buying me at the price of
market and about the market price
where I have a 20% margin per
To put it that way, this guy is going to start
surrender it to someone. It means that
someone is paying enough to
that this investment is attractive. As
That investment is attractive, what if
We explored it and began to explore it
and we started getting into that and today in
We also operate real estate today
through this RATS modality where
We build and sell long-term
with direct credit for 10 years, 12 years,
We offer a 12% rate of return or
We rent them out, which generates between 12,
18 depending on what is achieved, because
On the other side there is someone who wants
also to gain some advantage. AND
Then I realized if there is anyone who
is renting this office,
This place, this production center.
It must be good, because if the
The guy is paying a rent of $25,
So it must be generating something.
Then I started to explore
in the in the in the in the revenue share
which is called, at the entrance of the
customer who is going to rent. I say that I
I'll lower the rent, I'm not charging you $20 anymore.
I charge you per square meter of rent
15, but I charge you 10-20% of your
billing. Then I go into the
the business opportunity, the customer
And with that you begin to create value towards
back. And once these three steps are under control,
Remember that I was telling you about the about the about
denominator. The denominator is also
important. So I say, what are you
It seems if we're doing a
Vertical growth backwards? Is
In other words, now we're going to get into the
production value chain.
So, as we've grown and with this
This strategy has allowed me to be one of
the main buyers of concrete,
of steel, of elevators, of
porcelain tiles, paint. So,
I mean, I don't need a...
intermediary distributor. I can
arrive directly at the factory. He
started making agreements directly
with factories. I started locally with the
major steel mills, with the main
concrete mixers. I'll buy the cement now.
directly in the factories, no longer
at distributors. I left because of salanatos
I went to Italy, I went to Spain, I closed
directly contracts with certain
People, uh, faucets, sanitary ware
directly in Spain with brands
like Rock and you're right here
now without intermediaries. Obviously
I need someone to manage me. Is
the same distributor I tell, "Hey,
Here, here you no longer have to pay.
inventory, you no longer have the cost of
Opportunity, isn't it? Here I'm going to
In other words, this is what I need to buy.
I'll pay you a Facebook, but I'll buy it.
directly. He saves himself the
financial risk, the cash flow is saved
box because I buy directly.
So also if I keep growing
vertically forward, also
we have begun to grow backwards in
different suppliers
still key strategies, right? Not in
all because it's not worth seeing each other
to get involved in everything, at least to
us and for our capacity.
This is what I was telling you, architect
engineering. This is a methodology
extraordinary that we have
developed in the company where not
only together the architecture in the
engineering, but I go backwards
to understand what the client needs.
What is this here, what is it that I
Does it allow you to do that? I first evaluate the
market. What is the market? He
land. The land is located in a
sector where offices are sold
mostly at 2,200 per m². are
combined with commercial premises. Here
No houses work in this place, no.
Hospitals function because there are already hospitals.
many around. I study the market, of
I apply the regulations there. What do I
Allows? What prevents me from doing the
municipality? a 10-story building,
20 stories, five stories, uh, so many
density, both occupancy coefficient
of land, of land use,
restrictions, uh, in the ceded areas
to the municipality, if they require or if there are advantages
Green, there are often advantages
green, having all five facades, eh good
Places with a good rooftop, like here
I've seen that there are a lot of them in Cuenca,
That, uh, in certain sectors, uh, is very
Highly sought after by banks, they give you
better conditions. With that I create a
feasibility and before it enters
architecture team, this from here to
It takes me 5 minutes to determine if yes
I'm going to join a project or not, and I already have
even the numbers of what's going to
happen. Because? Because that's how I am
builder, I have data through my
systems, I know how much it might cost me
a building of so many meters
squares that are sold on the market
so much. I have my factors. The land
It should weigh up to 10%, the construction
It should weigh between 45 and 52%. the
indirect 20, the difference is
usefulness, if that gives 20% it's good, if not
not that simple. So, when I
I develop this, only then do I incorporate
I say to an architect,
"Look, I need to build so many meters
squares, it has to have so many
efficiency in sales, it has to have
So many premises, the offices have to
Being 45, the locals being 60, I don't know, I
I first develop the model here and then...
I present it with architecture
When I already have plans, I already have
renders, which can be renders made
uh still uh very very simple, like a
kind of like a model, actually, like
a prototype
We then moved on to the team of
marketing to validate it. Once
that with the marketing team
We validated, we went to market. Yes, that's it.
We structure trusts, alliances
and we went out to market. While the
architecture team advances to a
that we call the design phase
architectural. I haven't logged in yet.
develop plans or engineering eh
structural, that's going to cost me.
What I'm trying to do is make my [process] more efficient.
investment, not to spend more than 1 or 2% of the
total project in this first phase.
When I finally reach a point
equilibrium means that already in the
In the next 6 months I have to start
build. Then I came back and we started to
interact between architecture and
engineering. That's where it really begins
the final model of
project, that's where we look for the
efficiencies, that's where the
Engineers, that's where the la la la come in.
ideas, knowledge from experience
for that product, that prototype that I
I had a digital mockup, I could already do it
build and make it efficient. When
That's already decided, the process begins
construction and we, well
We completed our work.
This here is just for...
To recap, I don't just do it to
me as a promoter, for my own
projects. When a customer calls me
to build, that is, the last one
the last, the last link of the
chain, I do that same analysis to
my technical team, because if we
We came out above 55%, which I know
that he can sell because I do the
market research for him, I mean, let's see,
This gentleman who is hiring me...
office building has so many meters
squares for sale, in the market
It's selling for 2,200, I guess.
It's selling for 2,200, I estimate its
maximum selling price, I mean, I have
than aiming for 52%. If I'm at 52%
He's going to hire me. If I'm around
If I get above 52%, they're not going to hire me or they're going to...
negotiations will be more difficult and will
open up to looking for other builders. No
I want it to open. Then I go into
handle that and come back without me
as requested by the client, to do engineering
value with my in-house engineers or
external. We developed an optimization
And I tell the client, "Look, I'll tell you
I can do it at this price that I know
It represents 52, 51, but I have
optimized that design. By optimizing that
In design, I capture a bit more margin. Already
I'm not in the 5%, I'm moving up to 10%, to 12%.
So this methodology, I...
I apply this when I am a developer or when
I am simply a builder, because if
I understand my client, with that I
I achieve, I achieve, uh, uh, a contract of
construction.
Let's move on to the next one. This is what remained.
One back. One back.
One back.
Say a prayer to that one. All of this is
possible with the team. We in
To get, we have a, a, a
Wei mentality. In other words, there is no "me" here.
There is no me, there is no us. And I do a lot.
emphasis on that over there, because I am not
I am a civil engineer, not an architect.
I am a planner, a strategist,
financial, I have a financial advisor who knows
I have a better understanding of finance than I do.
an accountant who knows more about accounting
I have a marketing person
who knows more about marketing than I do, who
that market research that I do in
5 minutes, it's done quickly
reviewing what exists on the market,
going into Google, going into the
specialized real estate websites,
But they know the customer,
They reach the customer. So, Wi is
a mindset where everything is done as a team,
Those 250 people generate jobs for those...
13 other construction workers
that we use. We are the
Second, last year we finished as the
second largest formal employer of the
construction. Formal, I emphasize, because
We affiliate 100% of our
workers, which is not a practice
very common in the industry. What is it
What are we looking for with the team? the impact
what we want: time, cost, quality,
security, innovation, experience of
customer. What are the five pillars
of this culture? Trust. Yesterday
We were talking with friends here
with the group and I was telling them a
experience I had at university
when I first entered a
university in the United States. I them
He asked, "What backs the dollar?" Me
He made me take out a two-dollar bill, he made me
Turn it over and it said, "In God we
"trust." And I say, "What does that mean?"
That this is based on trust. The
The United States economy is based
in confidence. The economy in general
It is based on trust. A banknote does not
It is something other than a promise of payment. Yeah
Do you think that bill will do you any good?
to buy you some chewing gum at the store,
You pick it up. Otherwise, no. That's why
Our Sucre, those who are young, no
They know, but our Sucre was devaluing
day by day, that is, a moment arrived
which was devaluing by almost $0,000 daily. EITHER
So, you had 1000 Sucres here, you were leaving
to buy chewing gum, you couldn't anymore
the following day. So, why the Sucre
It lost confidence, the dollar continues with
Trust, the economy is based on trust.
The relationships are based on trust, the
Business is based on trust. Collaboration,
We need to collaborate among ourselves
people, whether internal or external.
Collaboration is success, the
responsibility, learning and
purpose. Let's move on to the next one.
This is a formula that I also
I have at the company. Many people
Sometimes it's hard for her, but hey, hey, I understand her
from the outside. But in reality they are
taken from books and I am 15, 20 years old
applying them. We at the company
You ask me what it's like
organizational chart, it is not an organizational chart
manager, financial manager, manager
administrative, legal manager, no. That is
a structure that evidently for
externally it has that
presentation, but internally it has
These three axes, these three types of
organizational charts. The first organizational chart is
Apple-style, it's managed in silos in
where we are with a team of
architecture, a finance team, a
commercial budgeting team and
construction. When I am
developing a project, I don't need
More than a person, I need a
architect. Because in the methodology of
architect engineering, I do it myself
general survey or the architect
"Look," I tell him, "this is the CCUs."
What do you think about this? Learn more here
tall, shorter, or the height, I need
operating rooms. It has to be 380 and something,
They're not just high-rise offices
Free of 245, I don't know, hotels,
You develop the product and you don't have to
involve the other 250 nor the
another 1500, considering the
workers, one or two people, nothing
further. Once that phase passes, the
architect and you start working with the one from
finance. In the arms finance sector, the
topic, the meetings with the banks. A
Once you make that feasible, you move on to
budget team and so on.
value chain. When it's already done
The project has been developed and is now going to
To begin, enter a structure of
Nvidia. Nvidia is the company
number one in chips, in EPUs, the
which is precisely what it serves to do
data processing. It began for
perform graphics processing with
the topic of video games. Nowadays
It is the base on which the
artificial intelligence. So that
I call the same methodology
working in cross-functional teams. Me too
There, yes, together with all the actors, together
to the architecture leader, leader of
budget, to the sales leader, to the
construction leader and we work
simultaneously where here my
Private participation is already happening
least. My participation more
This is important. Here it's less.
because I'm already part of a team and then
finally when construction begins
if it is a hierarchical structure. Yes, that's it.
There has to be a structure, like me
I mean, la la in the Napoleonic style
Bonaparte, because you have a general and
You have the entire army below you, then
who has to follow orders, because there
Yes, you already have everything pre-planned in the
part of planning and programming and
What needs to be done is to run it and
For that, we need to be systematic and
efficient. So this is a
methodology that I use to move in the
the map of this organizational chart
depending on the state in which it
find my project, at the stage where
that my project is found. Let's go to the
following.
This is an operating cycle, for many.
It could be, uh, uh, common sense.
I want to emphasize that. Investment, process,
sales, delivery. This is a cycle that doesn't
never. The investment is what
activates the cycle without investment. In the
Investment could be an idea, remember that.
that the idea is worth more than the capital.
So, investment can be a
idea. You arrive with an idea
spectacular to develop a center
commercial in a place where you have
an opportunity detected because there is no
larger larger uh uh infrastructures
in this regard. You present it to a team
and you activated a cycle. the
execution, everything we just did
speaking from a design perspective, the
implementation,
the consequence, the achievement of
the funds, a bank, an investor,
going out to market it, sales for
recover the box and the delivery of the work
which is already the process of creation
of the product or construction. This,
Basically, it's capital, management, and
market. The other day I was reading a book
from Elon Musk's, where he has
an extraordinary mindset of
trying to contribute to the world, but he
He says, "Without the markets I can't
"Get it." So, he's not a type
that he loves markets very much. He is
He is clearly the richest man in
world, but he takes advantage of the
markets to raise funds and
power following uh uh trying to of
to pursue its purpose, considering that
when he sold PayPal, which he developed
PayPal technology, it sold 200
millions and spent the last penny on
create Tesla. So he's the kind of guy who
definitely not money, because it's not the
What moves it, moves it, something else else. He
The market is necessary for everyone.
us. Even though we have a
fundamental purpose, then, to improve
the quality of life of people,
We need this market and those are
learnings that I have
I have learned it, so I pass it on to you. Come on
next time
box curve. Many people say, "Ah, it's
"He can do it because he has money." Les
I say that's how she behaves
box curve. The white one is the
construction. That's what I need
build a project and that's how
My funds are coming in. So,
Who makes the difference? That deficit
I need to leverage my finances.
in a bank or with an investor,
considering again the cost of
capital is the cheapest in this
process. A bank will charge you 8, 9,
10%, 12% if you're not a very good subject of
credit, 12% is still less than the
20 that you're going to earn, and in the 20th it is
including the 12th. That is, possibly
If you add that to it, then you would be
in 25. So, it must be understood that a
The project is always cash flow deficit
And you have to leverage that. When
You break that curve, that's when you start to
earn money. So, that's why
We overlap projects, because
In this cycle I have projects that go with
a deficit flow, but there are others that
They're almost finished and I'm entering a
virtuous circle that is similar to the
that we saw from this cash cycle
that we were presenting, right? And here
You see it, the operating cycle,
the cash curve and the projects
overlapping. What do I mean by a
overlapping project? a project is born,
It grows, it gets there at a point, and if not
You take on another project, you still have your
infrastructure, you start spending
that money. So you have to put
another one before it starts to
to be deficient. And there is a
Peter principle concept. He
The Peter Principle is when a person
reaches their level of competence. The
The company also has a principle of
Peter. We're all going to reach a level
of incompetence. If we get into 50
projects, maybe we're not so
efficient as if we did six or
seven. But if you do six or seven, then...
It's better to enter a low cycle and have
that start to take out then the the
denominator, you have to start taking out
people. So, if people are good,
You should focus on creating new ones
cycles. And this here is a is a is a
The cycle is a process that never stops.
until the day that unfortunately
God guide us, we as individuals,
We should never stop trying
to produce, contribute, and generate value,
because the longer it goes
As we go along, we make mistakes that
We are constantly improving them.
continued. We are committed to that continuous improvement.
gaining experience. that experience
It needs to be passed on to the
young people, to the students who are coming
back so they can speed up their course
learning and this process returns
that never stops. So, I think
That concludes my presentation.
I want to remind you, then, that all this
It works with a greater purpose. The fact that
I have chosen for myself, which can be
wide, gigantic, maybe then
dreamer, it is about improving the quality of
people's lives. So I hope that
I hope this has been helpful to you and that
has indeed improved for them
quality of life today.
Thanks a lot.
It's time to welcome Roberto Stark
From Mexico, who will talk to us about
tall structures on land
seismic.
He is a Mexican civil engineer and one of the
main Latin American authorities
in structural design,
seismic engineering and reinforced concrete
and prestressed. With over 35 years of
experience has led projects of
high complexity, contributing to
international regulatory development.
He stands out as a professor and lecturer
for promoting engineering based on
technical rigor, ethics and judgment
professional. Welcome.
Thank you so much. This, sorry, they'll have the
changing table.
Yes. Well, well, well. Yeah,
This one is like that.
No,
It's not there. You don't have another one
because it doesn't change
This is because
Yeah.
Or do they want me to change something?
you.
No no.
If there's nothing to give him. Yeah.
I'm telling you, give it to them.
Next, right?
Yes, because otherwise they do the difficult things. Yeah,
It's perfect on the first try.
Well, this one a little bit, sorry, the
technical details.
This sounds very strange.
Okay, can you hear me okay? All the way there
back?
Yes. Perfect. Well, um, well, many
thanks to the Catholic University of
Cuenca, thank you for this invitation, and for me it is
a great honor and also impressive
venue where I'm going to give this
conference. Hey, I've been lucky.
of giving lectures, more than 1000
conferences in 24 countries. Uh, but without
However, let me tell you a story. He
first country where I gave a lecture
southern Mexico, always given in States
United States, in Canada, it was Ecuador in
Guayaquil, a course I gave in the
Catholic University of Guayaquil, and which for me
I hold him in my heart because he was the
first one who opened doors for me that
There were more important countries to the south
of those that were in the north and from there
Well, I gave almost everything.
Latin America.
Okay, let's see here.
different aspects. I say, this is
a forum, mostly for students,
which makes me proud and
It's always a pleasure to express my
knowledge, because to the future
generations. These are going to be the ones that
They're really going to be the next ones
cities. These are the ones we are going to criticize.
the current cities and we are going to be
best cities. So, what is the
What are the problems of cities? Well, the
population, the high density. And you
You see it, we suffer from the traffic, from the
infrastructure shortage,
eh of the problems of the
infrastructure, pipe breaks,
This breakdown in communication,
etcetera, etcetera, etcetera. So,
What do we need to do in the cities?
Densify them. And to be able to
Densifying means building vertically.
Cuenca is still very flat, but
It can no longer continue to grow horizontally.
Because otherwise we're going to reach a point
in which the transfers
They are very important, we lose many
hours of life. So, next,
Sorry, I don't have the changing table, it's not there.
working. This was something that made me
reflect on last year. I went to Turin
for some tests we were going to do on
some concrete beams, sorry,
that sometimes I say, here I know they use
more concrete. Well, concrete is the same.
that specific. So, when I say,
concrete is concrete. This, and we went to
Turin, and we had time because...
Another day we arrived in the afternoon, the other
day was the rehearsal and apart from that was
the city's national day. So
It was very interesting. I went to, sorry,
Uh, one after that. We arrived at the very
center where all the buildings are located
historical and the first question, what
Why is that building there? a building of
height. I said, it seemed very
interesting. Look, back then,
When was it built?
1950
Forgiveness, 1940.
And I was telling them,
"And what is this building doing here?" I mean,
I understand that it needs to be densified,
I understand that the building needs to be built.
at his peak, but what does he do?
competing with the main square?
Do you know who did it? Benito Mussolini
It was a power problem, it wasn't a
economic problem, it wasn't a problem
Thinking about the city was a problem
of power, a symbol of power. What are you doing
there with a pedestrian zone, streets
narrow?
It doesn't make sense at a city level. Yeah.
However, the next one, now yes
Let's go to another part of the city, nearby
from the university, in fact, and see
wide roads, means of
communication in which people who
If you want to go downtown, you can go easily.
So, I understand the concept that
We can do things better. the next one.
So, what do we have to do for the
structural design? I dedicate myself to
structural design, basically.
So, I have to define the
forces. It's not the same to design alone
for forces of nature that
gravitational forces.
And I always say, gravitational forces
I do it even in my sleep.
Because? Because it's the only thing we have
What we need to see is how to distribute the forces
to resist gravity. It's that easy.
But the forces of nature
We have all possible variables.
Do you agree? What is wind?
which obviously in Ecuador thanks to its a
its geographical position, because the winds
They are very moderate, very, practically
There's no wind, is there? 30 km/h, when a
The hurricane reaches 200 km/h, that is, we are
talking about a completely different scale. and
in earthquakes,
That's where we do have that issue in the
Ecuador, right?, and in other parts of
world. So, those are the two effects and
They are very different, even though it is the
nature, they are completely different.
The wind is something I can predict,
I can at least protect life
human, however, an earthquake is not. he
An earthquake can happen at any moment and
I have to be prepared for it.
TRUE? Yes. Well, one of the
examples that I always say are unique in
the world, but you have to know and you have to
to understand and why engineering
Mexican women have been so recognized
globally, because nobody in full
The judge decides to build the city
largest in the country on a lake.
And it wasn't the Aztecs, eh, it
I confess. The Aztecs were in the
center, on the islets, that's where they had their
constructions
And when the Spanish arrived, it was necessary to
crush the native culture and
Then they started saying, "Look, that
"They're building on the lake."
They didn't understand what the islets were and
They started to dry up that lake.
The next one. And here you see, see it
that they were advanced. As they always say,
The Europeans were saying, it's not that here
They were pure barbarians and pure people who
I didn't know. Yes, I knew. That dam of
Saalcoyot built it. And do you know why?
that? To separate fresh water from water
salty. To the left is the water.
To the right is the fresh water, to the right is the salt water.
What is the purpose of fresh water? It's life. There
They even made floating farms
on the right side. It's useless.
The next one.
Because of that, look, that's the glass that
We have there where we see the periods
or the movement of the ground. AND
obviously where we have the center of
That lake has the longest periods and
This works like a bucket of jelly.
That's why we have earthquakes everywhere.
sides, wherever. In Mexico City
There are no tremors, but we feel it.
everywhere. And we need to understand that
phenomenon to know the seismic design.
And why are they going to Mexico to learn? Well
That's why, because we really have things
unique. First, our movement is
sinusoidal. We see in the books
that sinusoidal motion and always
Our teachers say, "No, this is
theorist. Actually, that doesn't happen. In
It does happen in Mexico. The next one.
That's the city. In the 60s we built
the Latin American Tower, which is the
tall building, which was the tallest building
high in a high seismicity zone in
the world. Nobody dared because
They said, "How can there be a
tall building in a high-rise area
seismicity." in 1920 so you understand, the
the first regulation, which was when it was made
the first regulation in Mexico, in the
Mexico City, and do you know what it said?
They only built no more than three
floors.
Because? Because we were afraid that
a tall building suffered more from the
tremors. That's false. The buildings. Yes
They ask me where I want to feel
an earthquake, if I go, there will be an earthquake
earthquake in a 50-story building. AND
Everyone admires each other. Why in
50 floors? Because I'm safer here.
than in a medium-sized building by the
soil characteristics. So,
This was Mexico City in the 60s,
the next one.
And there stands the Latin American Tower. 140
m. Now it already looks like a building
It's normal within the city, but...
He broke all the paradigms. They don't have
hydraulic jacks and I don't know what else
They put out strange theories. It was a building
designed with a California earthquake
which has nothing to do with it, but it was the
The only thing that existed in 1940 was the earthquake that
It was detected, and then they did it.
Thank God he was so tall that it worked out
with the tremor they assumed was going to
have. Notice how they say, like in
football now that the World Cup is on,
No? They say a goalkeeper without luck is no good.
goalie. Equally structuralist as not
He who is unlucky is not a structuralist.
No? So the personality that designed
This, Leonardo Sebart, this one who, well,
He guessed right, they checked him in Illinois with
Newark and Newmark said, "It's okay the
building." And they were both wrong. And
Another error is based on the first one,
Well, what they thought was the ground
firm, which was 30 m, there is a 2 m layer
of compacted sand and that's where it's resting. AND
What happened? That it has been drilled, has
drilled the piles into that hard layer and
Thanks to that, the building sinks anyway
than the city. If it had been supported
There, what we would have seen is that the
building as if it were emerging. AND
It's not that it's emerging, but everything
It's sinking all around. The city
It sinks 10 to 15 cm, uh, sorry, to
year. Imagine, 10, 15 cm. In 10 years
It is 1 m.
So we need to understand that
phenomenon and see the surroundings in order to be able to
This means having a usable building.
Let them continue and that's how it's growing.
Where are the buildings growing?
tall? On that avenue. The avenue that
Come there, there's the tower
Latin American on the right, is the
Reforma Avenue, where it is permitted that
have whatever height they want. And why
that? Because we have the infrastructure.
We have to understand that, right? Nothing more than
the technical part. We have five
blocks from a main subway line,
which is actually subway line one.
We have all the infrastructure, all
the networks, the drinking water and everything.
That's where we have to do the rest
and communicate with the rest of the city.
And besides, there are always demonstrations in
that one on that avenue. So, I already know.
It became pedestrianized again, didn't it? There is no power left.
that traffic can be allowed. The next one, by
favor. And there we see how it grows in
buildings on that avenue. The next one,
the next one.
No, it doesn't work. Ah, well, there it is. That
What's happening to us? Our earthquakes
They mainly occur on the coast. No
We necessarily have another type of
earthquakes, but as you can see, they are decreasing
as the colors keep changing and
We arrived in Mexico City, which is
in the central part and that's where it amplifies
precisely
This is the ground, the drum. However, there are
one thing we didn't recognize a few years ago
years and we have seen it and we have
used for future projects. By
That's very important for you in the
school, forget the rules,
Not that they don't respect them, forget about it.
regulations, start learning the
basics, the fundamental concepts, because that
That's what, as Guillermo said, we have
that we adapt
And if we know the concepts
basics, we can make the adaptations
that we have to do for the new ones
designs
And one thing we recognized through,
I'm going to tell you what we've done right now.
currently done with the buildings, which
This is the instrumentation that I'm going to show you.
Finally, we can see that...
The ground, okay, is so soft
It amplifies, but it also dampens.
So that interaction that he
we call it soil structure and that
We were saying, "What is this?", well
Just imagine that the building
It has some basements. Those basements have
perimeter walls and that one is in
contact with the ground. When it moves
What does the building do with the ground? is
a natural damping
and reduces the forces by up to 50-60%
that we didn't take into account before and
Obviously we're going to make better designs
more efficient taking that into account. The
what follows.
And here we see the entire series of tremors.
Mexico is within Mexico, Japan, and Chile
possibly, and there's Indonesia too
many tremors. Possibly in the
world where we have more frequent
tremors, which gives us a great
advantage. I mean, people don't want to see
tremors. Well, the engineers did.
because we learn more every day. That
Did this happen in Venezuela? And he gave it very briefly,
I wasn't prepared, but since
happened. Venezuela's last earthquake was
in 1967.
In '67 we didn't have the knowledge
current seismic design.
Then they made their
modifications like everyone else does.
Don't think you live on another planet. It
They do it right away, they do it right away
adaptations. However, what happened
They made the adaptations, but
very early. Because? we didn't have the
knowledge that we currently have and
then comes a dictatorial regime that
Well, it didn't allow progress, did it? The one that
go on,
Sorry, we see that...
characteristics of earthquakes are very
different. An earthquake is not like an earthquake
another one, and we have to acknowledge that.
So when we design a
We need to design a building for
different scenarios. Watch the earthquake
from 2017 and curiously if they want
to feel an earthquake in the city of
Mexico, go on September 19th. It is in
the only country that has had three earthquakes
the same day. So, 2017, 2085,
September 19. And see the difference.
total of how the damage was. The damages
In 2017 they were located from north to
south in a period of soil of a
second.
However, in '85 it was basically in
the lake area the collapses, damage
and collapses concentrated in a period of
2 seconds. So, imagine, the
Norma said, "In 2 seconds it's there
peak, after 2 seconds it doesn't happen
nothing, you could live in less than 2 seconds
Okay, and then suddenly 2017 tells you, "No,
You don't know what, the 2 seconds
They disappeared, you're not a second."
And what we calibrated for 2
seconds, now it's one second. That's why
We need to understand the concepts well,
TRUE? Yes.
Well, look, this is going to happen everywhere
the major cities in Ecuador. Already
It began, especially in Guayaquil, with the
Maximum Tower that they gave me
opportunity to participate, which
I was very happy because for me my
passion after all part of
structures, because they were the buildings
high places where I've had to play, well, uh
participate in virtually all of those
buildings of some kind, right? AND
So some are in the majority in
Mexico City and then in
Monterrey, which is the second largest city and
Guadalajara follows, this one is next,
the next one.
And we see now the last ones that we
We built the COI tower that's there, that one
It was our design and we broke them all
paradigms and there is always something to be done,
You as students always have
to see what we can do differently. The
The construction industry is a
very conservative industry. Because?
because they are afraid. It's there
a lot of money involved and sometimes doing
a modification
It's not that simple. Thank God, all
my life in the 48 years that I have
In design, I have always broken paradigms.
I'm telling you, why can't we do something?
better?
We're going to do this, we're going to use
These new materials, we're going to
use other theories and always
have that concern, don't think, "Ah, it
I did well." Once we were in a
There were two engineers at the meeting. I them
I did a project review and
Two engineers were talking amongst themselves
them, the one from soil mechanics, the
geotechnical engineer and structural engineer. AND
They were, do you remember this project and
Do you remember the other project? treating
to impress me and the owner
who had done many projects and
So they had me fed up, I mean,
I already said it, I already told you, listen, I already
I understood that they had done something in their
life many projects, but they have
done well,
They didn't say anything again.
So, in Torrecoy,
the tallest building at that time
It was 230 m high. Torreco was going to
have 280
m high.
Up until the 230, all had been from
steel, metal structure or
compound.
None had been completely
concrete.
We did it with a signature in
New York. The first question that I
They did it in New York, Roberto, you then
You know the Mexican market,
What are we going to do it with? About what
material? The one who asked me was
specialist in metal structures and
I told her, "Ania, make it out of concrete." Of
Specifically, "Yes, we're going to do it
Specifically, but it's not that they're the
Tall buildings are not made of concrete.
"We're going to make it out of concrete." And so it was.
concrete.
Because? Because it's cheaper.
We must also provide this in schools.
an emphasis on learning everything that is
the theory of concrete. There is concrete
Understanding it isn't easy, is it? But
It is the cheapest material and it must be
to know, and one must know, the mixtures, and there are
to know that today we are still in the
school, and I say, I don't want to get involved in
They were lazy, but they still taught me
Portland cement.
Try to get the cement now.
Portland. It no longer exists, there is no more
Portland cement. And they taught you in the
Portland cement school. And I speak to them
to my friends who do the
I get specific and say to them, "Hey, and where
"What happened to the Portland cement?" Well, in the
books and in past books. the one that
go on.
Oh ok. And after COY, well, it's already known
They also built two other buildings.
only concrete, because you already saw it.
that it is possible to build a building of
concrete so high and right now it's
building one 400 m high that
It will be among the 100 buildings
tallest in the world. This building that
I had to check it; it was the first one that was good.
the highest in Latin America also in
His time, about 25 or 30 years ago,
No, like 30 years and it was done
repairing shock absorbers because he was
the trend of installing shock absorbers, of
reduce the forces because that was
efficient according to them.
First, they've already had to change the
shock absorbers because they were like
by car, the Taylors who called him,
which were pistons this big and
The oil leaked out without shaking.
It hasn't worked; it moves more than others.
buildings that we were able to review and that
They don't have shock absorbers that are there
in front of this building. But it was
something new. I proved that I didn't
No shock absorbers were needed,
But they had already sold the news in the
Discovery Channel, and you can see that there...
It's cloudy and all that,
Well, in the end it didn't work at all.
No? $10 million thrown away
trash, right? But anyway, next time. AND
There it was, that was the shock absorber.
there in the middle of that cross. It's not from
This building, but here I had a photo
This one from that device, and there it is. Were
adas and Taylor. This was from some plates
made of neoprene. The truth is no longer used. It
which follows
It's over.
Let's see,
They already saved about 80 slides,
No? If you want, you can turn off presentation mode.
and pass it on. That's all, but upload it for
above.
I had never given such a lecture before.
fast. The next one, the ...
go on
Upwards, upwards, upwards
Upwards, upwards, upwards.
Up,
Up, up, up.
Further up.
Now down.
More, more, more, more, more,
more, more, more, more.
That's why I like to present in my
computer, but already there. Well, like
Come on, it's already a 200m tall building
Height is an everyday thing and
In fact, it's a good height. When
We're going to decide what height
We have the building, we have to do
Well, many of the things he does
Guillermo, right? Conduct studies
financial and not just saying, "I'm going to
to be the tallest building in the world."
Ask the United Arab Emirates about it.
Bush Khalifa, what are they doing with that
The building is not even finished, it's not even complete.
Maybe it's not occupied yet because it
Did they make it very big? But it was to prove
The world, he was an icon of the city and
is. It's an icon of the city. Waterfront
Center in Chile is empty.
So, to build a building just for the sake of building and
Doing great things, not just for the sake of doing great things
works. A study needs to be done
former. Don't move it anymore. But another one of
The things you have to see are that no
We can make boring buildings. Yeah
When you go to New York, you're surprised.
because of the large buildings, because they are
Boring buildings are buildings
square, well, rectangular. And right now
Let's see the difference in the new ones
buildings. This is quite a building
complicated. Because? Because they are bodies
that are born, there are three, in fact, and that
They join at the floor, more or less, 23 24.
The three bodies join there.
I was telling him when I checked this
builder, "Be careful because the
specifically, and because it is necessary to understand the
concrete deforms and continues
deforming. One touches the concrete and says,
"It's hard, now, now, it's over."
reaction." No, the reaction of the concrete.
It lasts almost 30 years. In 30 years it is still going on
deforming and then they didn't make me
case. They arrived at the place where they had to meet.
And, oh, surprise, there were centimeters of
difference. Ah, well, I fill it with
concrete. No, wait for me, your building is already
It became crooked. It had become crooked and says,
"Well, nothing happened, because I already..."
I joined, nobody knows anymore and it's not visible, right? Yeah.
The problem with elevators is that
They still don't know how to walk on a bend,
So what happened? They had to
change the cabins. So, all this
These are the kinds of things you have to understand. But
Look, the project looks nice, doesn't it?
There are many architects here,
Well, we can't deny that that building
It's prettier than one of the ones in New York.
York, right? The next one. See them all
These challenges of buildings and all
They are around 200 m. The one that
go on.
The next one.
And this is the tallest building today
in Mexico City, 260,
267 m high that they used for
first time a concept called
outrigger and we'll explain it now
the next one.
Before that, sorry, I'm going to... do a
very quick study
for the concrete industry. Does
a few years, and it was 25 years, uh, they told me,
"Hey, I'm seeing a lot of structure
metal
and see the falseness of things. I'm
Looking at the metal structure, why not?
"contaminates." The topics of
Sustainability, he says, "Does not pollute. The
Concrete is indeed dirty, you go to the construction sites and
It's all very dirty, so I'm going to
make it metallic. And then
There was one issue that the dollar
It was too low for us and then
We no longer use the peso. The dollar
It was very cheap, so the price of
The price of the metal is based on the dollar and
Then there was a real boom and I
They said, "Hey, Roberto, this
It is true that the structure is metallic
"It's cheaper than concrete," he said.
I say, "No." And then they asked me for this
study, a study was done
Very simple structure, isn't it?
columns and make it the most efficient in
concrete and steel, taking from the
foundation, that is, all the
factors. The next one. And then
We did low seismicity and high
seismicity because they said with high
seismicity means more weight, more mass
From concrete, then steel
It has to be. And look, it went from 6 to 30
levels to cover a whole range of
levels. And look, in low seismicity,
One of them said, perfect, everything turns out better
cheap in concrete. But now we move on
the next one. High seismicity.
To my surprise, the difference is greater.
that we thought it wasn't. And the other
The thing is, for example, there were 21 to
24 floors, one would think the more
tall, more expensive, and we saw that it
leveled. The next one.
Well, what do steel and...
concrete? purely material
We have a reduction of between 30 and 40% of
the seismic response. Because? Because
There is more interaction between the particles.
of the material.
Wow, that's a big deal for the
concrete. The next one.
This is a set
of buildings for one for one
Spanish developer that I know
I worked in Mexico. We did 35
projects for them and one day he told me
the director, because he always...
I was still designing that project.
He was designing consulting services at that time.
And Roberto was telling me,
I'm sorry to say this, but he says "to the devil."
The architecture you have the most structure
efficient and that the architect now to
On the contrary, the architect gets himself into a mess.
making the interior of the
departments. I said, "Okay, 36 and 38
levels. The next one.
The next one.
This is the structure, a central core
and columns.
It was the cheapest of the eight in that
area we designed,
the others being 23, 25, 28 and
etc. This one is taller and cheaper,
the next one. And look at the core, it's not
rather than clearly defining the core at the level
of the services, elevators and stairs
and orient the columns where they were more
efficient.
And that was achieved, and architecture made it possible.
solve. The next one,
There's another scene. Monterrey time,
as these great ones begin to see
buildings. The next one.
And Puebla is no exception either
that one sees that the building is rotating
and all. Do you know how it's done? The
The structure is uniform, only with
overhangs and you can give it that shape.
The next one,
Cancun, the next one, the most
Cancun highlands. Look at the destruction
that we have made ecological.
We have a strip of only about 100
m wide
And we built all those buildings.
tiny because the rule said no more
of 10, 12 floors and we destroyed all the
nature. Of course, you arrive in Cancun and
He sees the sea and says, "How beautiful the sea is."
He forgets all the destruction. But
That's what I got on the rooftop of
building that we designed. I said, "I'm going to
Take a picture and we'll see the damage."
The next one.
Look at the global trend in buildings
tall. It's exponential. The blue 200 m of
height,
green 300 m high. is the future of
really the big cities. The one that
It continues, there are the definitions, the
mega
Mega-talls, where are they? Well, in China,
because that's where the main one is.
population. There are cities of 120 million
of inhabitants.
How do they manage to live there? All
Mexico in a city.
If they don't build those buildings, there's no way.
There is a way to live there. It wouldn't be possible
move. The next one.
Of the 100 tallest buildings in
world, steel. There are only seven
steel structures in the 1910s
buildings. Forget it. If they are going to study
metal structures,
Study it as a reference. Therefore
The rest won't use it. The next one.
To work in these tall buildings
We need to work as a team. Which
Guillermo was saying, we have to do
team among all participants,
if they're not going to be the most
inefficient of the world.
If we don't include architecture,
facilities, vertical transportation,
The operation of elevators is
fundamental.
facade, structure and construction.
Someone asked me, "Hey, why don't you
We make it prefabricated and we make it very
"Quickly?" I said, "Perfect,
lifts a 25-ton piece
at a height of 300 m.
There's no crane that can lift that. And if there is,
It's going to cost 100 or 1000 times more than
lift the concrete with a pipe.
The next one.
This is the concept of outrigado.
It's basically opening your arms to
to have more stability of the building. The
What's next, what's next. And that's it, that
That's the concept. Imagine that
If I didn't have those walking sticks, well, I'd
I move easily. Now put two
walking sticks, because it's not so easy anymore. Yeah,
It's such a simple concept. But what
What does the next one represent?
The following represent putting there. Yeah
We don't have it in the first one, if we don't have it
those sticks, because it moves
building. We put one all the way up, it
moves the fourth part. Yes, but what
happens? that the upper floor is the most
valuable
and then put the floor there, more of it
rigid, because I remove the most profitable floor.
So, we need to know where
place them. This is ideally where you
should place. And one day in a
a young boy project who was
While designing it, he tells me, "Here I'm going to..."
"Put it on." I tell him, "Well, ask him."
"First the architect, right?" he asks.
I asked the architect, "Are you crazy?"
"How am I going to fit it in there?" No, that's it
where I have the main lobby and what
So, where do we put them? First, it has
that is a building
60, 70 floors for the outrigers
It works. It all depends on how big
be my core. If my core is very
Big, I don't need outriggers. If so
I'm getting slimmer, I'm going to need more
soon the outrigers. Yes. And those are going to
be the mechanical floors where I have
all elevator equipment,
where I have the repumping, the one that
go on.
And this before going into the building because
I already mentioned that there's no clock here, but
Well. This, then
This is a building we were going to build,
The BBVA tower is on the right.
The one on the left was going to be a new one.
What do we use? precisely the
instrumentation that we're about to see
to reduce seismic forces by 40%.
That was the building then.
which unfortunately when it changes
The investor said to the government, "I already
"I'm not investing in this building." But it is
the most iconic building. Because?
Because they cannot go west
Nothing needs to be built, all the parks are there.
and museums in Mexico City.
So, imagine the place
privileged that he has. However,
Well, that's where the next one stayed. And here
The next one, see what it was like
Outriger concept, which we use in
Torrecoy for the first time. They are no longer the
armor in the middle of the floor that one does not
They can be moved; they are rings that we make.
on the facade.
The next one.
And we use the modern technique of
which they call a buckling contracture
restricted. I have the diagonal, if I
I reach the compression point, it will buckle.
its weak side.
This penetrates, it doesn't fail, but
penetrates and then actually forms a
fuse. When the earthquake is very large
It's going to penetrate, the tremor ends, the
The building remains undamaged and that
unscrew the device
and you change it and the building returns to
to function at 100%. The next one.
Well, we see here that the earthquake and this is
a representation, perhaps some do not
They understand it very well, but the higher up
the building, the period, what they call,
which is the time it takes for one cycle
full range of motion,
The higher it is, the longer the period it has.
So, the first way, go
accelerations, this axis are
accelerations, see very very accelerations
lows
And that's why tall buildings are the
safer, but you have to consider the
higher modes. The next one.
Well, something that is very important for
a tall building, if we let it
Displace, we are dead.
What we have to do is make sure it doesn't happen.
Displace more than you should. This is
the behavior curve, which is the
what we have to do. But I know the one
go on. But if I don't have it, well, I'll tell you
You passed by, there it is. If I'm not careful
of immediate occupation, when it begins to
If there is any damage, the building collapses.
if I don't take that care. So, in
My analysis shows that
that happens and that's where the analyses are done, no
linear and the performance part. Have
Check this out, it's very important in a
building of this height, the next one. AND
Here are the different ones
performance-based design concepts, which
when there are small tremors there is no
damage and that we can recover as much as possible
as soon as possible. And as the earthquake progresses
Being older, what I want is
limit the damage and obviously avoid
the collapse. But this is done with
nonlinear analyses that are already being done today
We have them available. The next one
by wind. Okay, I'll pass this on.
Because, I insist, it's the wind part
I think that
the one that follows because it is omitted.
Okay, leave it there. Check this out. And it's not
Just kidding, huh? This is a model of
Manhattan to see the new buildings.
And the new buildings are that thing
black that they see as a toothpick,
So slim, it seems like a joke, doesn't it? EITHER
Well, one sees New York and the buildings
fat people you see there, one admires them
height and all.
They are not slender. The problem of
tall buildings are not about height, it's about the
slenderness. How much does height have?
total between the base? And those are the
new buildings that we are going to start
see. Less land and more height. The one that
go on,
the next one. Well, here we see another one
problem that we need to understand in the
specifically, and that's why I emphasize
that we have to teach in schools
concrete subjects, not as an elective.
Our university is optional. If I
I ask the boys when
They come out, I'm not even talking about the degree of
the specialty, which is another year,
They don't know how to design concrete, they don't understand.
the concrete until they reach the
real life and that they don't understand it either in
real life, but hey, concrete
It needs to be understood, and concrete is
It cracks, even if you can't see it.
It loses rigidity, and if we don't take it into account...
We are lost in the earthquake. That is
what the little board that is put on, but the
tablita is in its final state,
not in the in the in the different ones. Yeah
There is a small earthquake, the shaking is
very small, it doesn't reach those values of
reduction, and if we don't take that into account,
We're designing it wrong. The next one.
Another thing about concrete is that it needs
of steel. And why does it need the
steel? To confine. It's a problem of
lockdown. He has to endure the
confinement and tensions. And see
This one, the next one. Here we have,
Sorry, the previous one. We have very few
stirrups. See? in the main part
He's lying down like this right now, but we'll see.
1 2 3 cu cco stirrups, yes?
Distributed. The next one.
It's a compression test. There it is. Is
a compression test.
And look at the flaw. That's what we need to avoid.
And someone says, "Hey, but the concrete
It's a rock, can we achieve anything?
"Better?" The next one.
Look, you already saw instead of the five
stirrups, which are the cheapest part of a
work, we put
15 stirrups. Yes. Or 20 stirrups.
The next one.
Now look at the behavior of this
same.
They are watching how it is deforming.
Look.
Impressive, isn't it?
And there's a concrete that's no longer there.
rods, but I'll talk about it later in
The next conferences will be held in a few years.
And look, it's just beginning, but there's no that
brittle failure Yes, the next one.
Well, here we are at the Tower building
Coy, who broke these paradigms 279.5
designed with the Tordon Tomasetti signature
and us. The next one.
I'm going to leave faster. The next one
so they can see the plants. It is a plant
big. That's the core of it
building. The following, plant of
parking lot, the plaza, the next one.
That's where it begins. They are from 5 to 20. First there are
offices, it's mixed use, which is also
very common in these large buildings.
Look at the core with all those walls that
They are more efficient at the bottom.
The next one.
There's the first mechanical floor.
There is nothing in between. There is the core and
a whole useful area for them to put their
teams.
The perimeter walls are forming
that outriger. The next one,
which was the second building in the world
that this type of outrigger was made, by
True, the next amenities
in the residential area, on the floors
tall. And see how that keeps decreasing
core according to the height and also the
The columns are getting smaller. He
another mechanical floor where the
elevators. And look, in the end we don't have
not even a core. Yes, the next one. AND
Therein lies the resilient system, its
a core that is shrinking, is not
symmetrical
the next one. There we both are
rings. The next one
It joins with the slabs
and
interacts with the columns.
The next one. There's the photo of
different stages. The next one.
And look at the outrigger. Someone says that
The outrigger is essential,
it isn't true? The deformation reduces in
one direction 25%.
and in the other only 15%.
Yes, Rodríguez is not essential.
It helps, but it's not essential.
what follows. And see how it returns
deformations. Yes, I mean, we see it there.
clearly where the outers are. The
which follows and there is the building, the one that
go on
the wind tunnel we had to do
Because this is in Monterrey. Monterrey
There was no earthquake, although we did have one
study if he were to see an earthquake that
It happened with the same structure, that is,
no, not spending anything more. the one that follows and
This is the curve of this, that curve has
that are equal to or below the criteria
acceptance or peak acceleration, which is
It's not even a comfort problem.
a security problem, it's so that it doesn't
move around too much. The next one,
the next one. And there you have it, compliance.
that we did. the next one. I mean,
that barely happened. There was an after
of what was built, more was built or
less, it was finished in 2015, it has 11
years, 12 years and a wind happened that
It reached 70%
of the design value
And then that's where it's measured.
go on,
uh, yes, it is, and those statues that were
hanging when I went to visit them
I said, those statues are going to move in a
in a wind. And see how it moved,
especially the fattest one, that's where it comes from
moved.
And do you know who recorded it? The director of
the company that developed that building,
Because I told him, "They're going to move." It began
He detected that there were strong winds and
He started recording it. Nobody found out,
Only he did, and he sent it to me. The next one.
A phenomenon we need to study
when the building is taller and not with
50 floors, that's why we didn't do it in
At most, the concrete deforms and
It becomes deformed over time. If I don't
I'm careful.
between the central core and the columns,
the deformation is different.
Because? Because the wall has more area
regardless of the load it carries. The column has
less area and more load in proportion to
your area. So, what is going to be deformed?
further? The column. And if it becomes more deformed
column, what's going to happen to the
through? And the floors will warp.
So, the floors that were straight
Once construction is finished, they will go to
Let's see a differential of
displacement, and we don't want that. Now,
Torrecoy, as you can see, the building is going into
one in one direction,
what's happening? That its center of gravity is
It moved, and then in the long term it can
deform. So we did that study,
how much it deformed, because if we
we saw during the construction that
It was warping, the builder is going
shooting, right? That's what he can do.
immediately. But if we see
That it's going to go further, what
What would we have done in construction? It
We corrected it.
We're going to the other side inside the
construction. Then, we collapsed the
other side of the columns.
Fortunately, we didn't have to do it.
The next one.
The faster I go in my
construction,
The stronger that effect is, the more it accelerates
the deformation.
So, sometimes the consultant says, "I
I want to go very fast." Yes, but
Wait for me, you have to tell me why
I evaluated it and I can tell you if I have it
that I need to correct or not. The
Let it continue.
And there we see the lateral deformations
due to gravitational loads.
You let go of the model and suddenly you see
how it deforms and one says, "Why does it
deforms? What's going on? Well, it's because
That's the next one
And here it is, and we put it at the end of the
construction and at 30 years old we have to
to do those studies. The next one
Here we implement those columns. By
for the first time in Mexico it was implemented
those columns to know the flow
plastic and contraction, because what
They gave us, the proof they gave us
the one who supplied the concrete didn't get it right
nothing. He gave us, ah, this is the study of
plastic flow. Ah, very good. I didn't have
nothing to do with it. Yes, that one.
Yes. And that's where the distortion lies. There it is
It deformed the line very quickly.
end of construction and continues and
Now they want to remove the instruments.
I'm telling you, over my dead body. If it isn't
Expensive, leave it until age 30. At 30
I'm going to let them remove the for years
instruments because there is no evidence
And that information is pure gold. The one that
go on.
Look at the modulus of elasticity. The module
The elasticity gives us rigidity.
Even the ACI regulations didn't get it right.
nor our regulations. Those are the two.
lines, are the formulas.
Everyone else was more rigid,
fortunately. Because? Because in
Monterrey has very good concrete.
because there are some very good additions and
Then we saw, and that's why it was distorted.
much less than what they told us.
So, once again, we need to get to know each other.
properties of concrete. The next one.
Okay, we're almost done. This was the part
BBVA tower that they let us implement.
And why did they let us use instruments?
Because they finished construction
And they ask me, did they go from six floors to
50 floors. And he asks me the
Spaniards, BBVA is a Spanish bank, me
He says, "Hey, Roberto, what do we do?"
when it shakes?"
The property management office is located at
floor 48.
I told him, "You'll ask me that later."
"When you already have your building." I tell him,
"The truth is, well, start praying because
You won't be able to leave this building.
"It's safe, but you won't be able to." But
I say to him, "Why don't you implement it?"
And what is that? Well, put accelerograms
like accelerographs, like a station
seismological.
They are very cheap nowadays, you can
place. He tells me, "Put them on,
Send me the quote and put them in." No
I had no idea how it was
was implementing a building. Then he
I spoke to my advisor in the United States and he
I said, "Hey, come in, I've got a problem. Okay."
I already sold this and I don't even know how to do it
And well, he already explained it to me and we already put them in.
The next one
That's it. We don't have a central core.
This project.
Do the elevators have drywall or not?
I know what they call this.
As?
Gips has. Then he tells me there we
we put on a tremor. I'm telling you, don't even think about it.
happen. Don't let people congregate there.
store it outside.
Just retreat, don't stay next to
the facades and on each floor is placed the
people. The same one arrives
I'll interpret and let you know in a minute.
bank. They can continue working now, no
There is harm everywhere in the world.
I hope it's not shaking right now.
But what if the signal doesn't reach my phone?
And I tell them, they don't have to worry.
The next one,
There is the structure, the one that follows.
There are the instruments. One was put on
On the ground floor, it was placed at the third, at the
two-thirds and to the rooftop.
Nothing more to correlate against
our nonlinear analytical model. The
what follows.
See the falseness of things. There it is
the building. That's the spectrum he sees
the building. But which spectrum?
of answer? the one about the instruments, no
not the one on the ground.
The closest ones are the one below, which is
Cibeles, and another one which is the UC44 of the
two stations. That's how it's done
regulation. If I'm going to design that
building, the regulations tell me, "Use
That is, unless I have evidence
contrary, and that's why we can reduce the
forces in upcoming projects such as
the one I showed them.
So, the next one and right now we're
in another building that we also reduced
more than 40%. In terms of displacement.
See the difference. If you see, see the
peak that it has of the line with which it
would have designed. Yeah? Do you see the line?
continues?
the next one.
And in 2017, as I said, there were two
tremors. One was on September 7th to
700 km from Mexico City. 8.2
It did not cause any harm to anyone.
construction. And the government began to
to say, "Look how well prepared they are
we are. 8.2 and nothing happened in the
city."
Ah, very good. The next one. He moved
12.9 the BBA tower on the rooftop. When
An engineer tells a client, "It
displaced 12.9
cm." Nobody, unless I measure it. What's more, if
They should have asked me before watching
These results, I would have told them, "1
met"
and I tell him 12.9. The next one.
September 19, 12 days later,
The second earthquake occurs, 7.3
130 km away and knocks down buildings.
Government officials say 7.3
is less than 8.2.
And why do I tear down buildings? For the
distance.
come
understand the basic concepts. The one that
go on,
five times more acceleration saw the
base instrument.
One would think that it's going to move a lot
more and I'm not putting it on right now
Riddle, isn't it? It wasn't even double that.
displacement.
There are many things to understand. I don't know
the building behaved linearly. He should have
to have been proportional.
But what's different?
The dynamic characteristic of the tremor,
the next one.
There are only three left, sorry. Here the
The left side is what they see
instruments, the right side would be the
of the regulations. Wherever you see little balls,
They should fire him right now, wherever they see him.
The little balls are joints, damage.
And then we scaled it to
maximum credible, which is 2,500 years and
whatever. We climbed it. Now yes,
Cornlo, please.
There you see, there the tremor begins. Yes, it is
Start moving. If they see it more, the one from
right, obviously, which is the one on the
Cveles station, the one that was downstairs. AND
look,
Here it hardly moves, and there it already happened
severe damage.
See the difference in understanding the
instrumentation
and not having it. Right now we have four
buildings already equipped.
And finally, the one that follows, the one that
go on,
the next one. It's because he ran away. There.
Look at the difference in displacements.
Do you remember that I told you that you had to
be very careful with the
displacements?
See what the regulations say.
would have happened, which is red, against
the building's dimensions. The next one.
The next one. And what good is it to us?
this? To make the
designs.
Look at the floor displacement, the
a big difference between a design and
other. The next one,
the next one.
And well, this is my teacher and I want
Give three reflections. He said many things
sayings, right?
Yes, he used to say a lot of sayings, and the truth is, a
Great man, isn't he? He made regulations
in Japan, in the Middle East, in the United States
Joined.
And look at the three things that I took from
that round off the conversation. The next one
with reference to the design of demands
Seismic events, the only thing that matters is the
lateral deformation. Look at the
The time we were talking about forces, it was the
first person to recognize that it was
most important. The next one,
choose between analysis and experimentation,
And that is precisely the
seismic instrumentation is similar to
choose between observing and thinking.
The next one. I love this one for
all my colleagues. Engineers do
calculations to feel good.
Design decisions are based
in criteria. If we don't have a criterion,
My teacher didn't allow it.
an analysis, one on the shaking table
model, but a pre-
early.
Hey, what are you going to get before? And I to him
I was asking my engineers what
sections will be given to me in this design.
And I was telling them, this column is going to be about
so much for so much for so much and the truth
It was off by plus or minus 5 cm.
Because? Because I had it and I already knew
when they gave me the numbers if they were there
were they good or bad? And with this, many
thank you.
that there is time for one or two questions or
No.
I'm asking because I've already gone too far.
one hour.
No, he even noticed. Excellent.
Hi how are things? Uh, I'm on the side of the
Casagrande University and had the
question about the construction of
concrete. If the concrete deforms
It lasts 30 years, is it true that within
seismic activity will react
Better due to the deformation?
Could that compromise the structure?
of the building and increase costs
maintenance? No, none. This is nothing
more to understand deformations
gravitational.
For a structure to truly have
damage from a deformation, would have to
It's almost like seeing the one that's falling.
In other words, the collapses that one can see
They do not affect. We have done thousands of
analysis to see a structure. One day the
The builder did it crookedly in one
school and we straightened it out with the facade.
We put up the facade and it wasn't noticeable, was it?
This and but we did the analysis what
It would happen in an earthquake, and the truth would be...
that it deforms a lot so that it gives
and no maintenance costs.
One more and that's it.
Fearless.
That.
They're going to learn here. That's the good thing.
Good morning.
Good morning. Justo was telling us that in
In China, most buildings are
They build with concrete, but equally
China is the number one country in this way
to be the most polluted mainly
due to the concrete construction.
Therefore, the low cost that it presents
concrete compensates for the pollution that
generates.
Yes, because mixtures are already being made.
As I was saying, the type of cement
Portland, which was highly
pollutant, it is already ceasing to
wear. They are compound cements, it is used
Silica is used a lot, smoke is used a lot
of the scum of industries.
So, all that revolution is
causing pollution
reductions of more than 80%,
That's where the industry is headed, isn't it?
If it's what you say, then it's entirely
The United States and China are the most
pollutants in the aspect of the
construction, but again there is this
trend of making these new
specifics.
Now, what we don't see, people don't see
that the metal structure when it is
the metal profile, because there is no more
pollution, right? You screw it in or you
There's a little welding involved, but oh well.
In the end it looks very clean, but the
the process of creating the profile is where
It pollutes a lot. So, that's why
We need to weigh things up. It's like a car
Electric, right? Electric car says,
"It doesn't pollute." Yes, but now let's see what
You do what you do with the batteries, right? So
We need to see the whole cycle, but
Yes, the idea is already being worked on.
that by 2030 it will be practically zero
emission. So how do we do it? I'm telling you,
with these new materials, because
The more cement, the more heat.
You have hydration and also more CO2
You ship, right? So, the new ones
Specifically, you see, if one had 100
of temperature, today you have 40.
There's been a big evolution in that, and that's why
We need to study concrete more, because
It's cheaper, there's no doubt about that.
We know it, and I'll bet anyone that
It's cheaper to do it in concrete.
Now, what we have to do is
those factors that are working against us
from the concrete, gradually eliminating them
bit.
The last one because I've already gone over by about 20
years,
But anyway, I hope it's for
good.
Good morning. Uh, we made a
study on comparing the structure
metal and concrete. Hey,
and the term used is the
embodied energy that is embedded in
the construction when it is built
material. So, contrary to
what we could think, the concrete of
This fact has a lower environmental impact
within these energy terms
incorporated, but of course, we did it with
the construction systems of or the
buildings that were planned here
in Cuenca, Ecuador. Clear.
Uh, and our tallest building was
17 floors. So, I was wondering which one
It is the amount of iron used
in these mega-buildings. Oh well,
replying to the colleague or to
student, well if the
concrete buildings are less
impactful in terms of energy
incorporated, but I wouldn't like to wear
the study beyond. Clear.
And I would like to know the amount.
that it's used more or less, right?
Clear. Interestingly, as I showed them that
building of 36
levels, this one that turned out to be cheaper
than one of 25 when we started
and it was about distributing the elements well.
structural. That's the key. If I
I do one
a structure that coexists with the
architecture, because that was the case
extreme of forgetting the architects and
Do it yourself, but if you can live with
with architecture, and I have done it
a lot with architects that someone me
he says, "How did you come up with Norman?"
Foster contradict him?" No, because I have
made. Because? Because I give them
arguments. That's why it's so important
teamwork, no longer the scheme
from where the architect begins and then,
Engineer, get your act together and solve this for me.
No, it doesn't work. Not working.
It's going to be an economic disaster, it's going to be
a disaster in terms of functionality,
etcetera, etcetera. We have to work
together and if we can work together and
Obviously, everyone has their own arguments.
solid, that's why I insist, if we understand
We can change the concepts a lot.
I once told an American company
I said, "Hey, why don't you do your
runner like that instead of doing it this way?"
And suddenly he sees me and says, "You have
reason,
I saved them about 30% on the aisle
and the structure came out about 25% more
economic."
And he said to me, "Yes, I hadn't noticed."
That's why it's so important.
planning. At the beginning is when
They achieve great things,
But if you try to do it at the end
You're not going to do it.
Well, thank you, I don't want to remove it anymore.
if left out.
We thank Roberto for his
intervention.
Next, we'll give the floor to José Daniel.
Terán,
Architect by profession, CEO and founder
from A1 Advanced Architecture, Master in
biodigital architecture by the
International University of Catalonia,
recognized for promoting an architecture
innovative. sustainable and high
impact. We welcomed you with a warm
Applause, please.
Not there.
And to return
Ah, I tell you, I'm back.
for
Good morning everyone. Thank you so much
to the Catholic University of Cuenca for
the invitation.
It is an honor and a pleasure for me to be able to
share your day, the day of
today with you.
I loved being able to be a part of the
listen to previous lectures
William and the engineer Stark, in
where I feel happy to be able to
uh feel that we are aligned in
some criteria that I would like to go
sharing with you throughout
the one from this talk. more than one
conference, uh I'd like to take advantage
This space with you so we can
uh, to talk, to analyze some criteria
uh in a conversational way. Uh this
The conference is going to be divided.
basically in three moments.
uh a more theoretical moment and and
technical. After a moment in which
I would like to be able to reflect
with you as students who are
ready to
to venture into the professional field of
architecture.
And then also a third moment in
I would like to explain to you how
all these concepts and theories that
Let's see in the first part, uh, on A1
We have already applied them in reality.
through different projects in
many years of different projects and
how these have yielded some results
specific.
Okay, I'll try to be as dynamic as possible.
possible so they don't get bored, since
I think they've been here for several hours.
seated.
In this first part, which is theoretical,
I'm going to allow myself to read a few things to
to be able to do it a little faster and not
to ramble too much.
I'd like to start this... this talk
posing to them
this question we have now. What is
a model? What is a generative model?
and what is the importance of incorporating
This system in architecture?
A generative model is a system that
Its main function is to understand
and capture patterns from a set of
data that already exists. Once learned
and once these patterns are processed, the model
can generate new data that they share
similar characteristics with the
original dataset, that is, it is
capable of evolving.
The methodology of the generative system
This is done through a process of
ID,
analysis, parameterization and evaluation.
How does this relate to the
architecture? And why am I talking to you about
This at an architecture conference?
mainly because of the architecture
It can be understood as a system
dynamic that constantly evolves to
starting from generative models.
The systematic approach generates results
efficient
and
uh, it may, it may evolve
constantly involved in different projects
in an optimized manner.
In other words, it has one advantage, and that is that it doesn't
gets stuck in subjectivities, whims or
Intuitive decisions like these have made us
we have become accustomed to believing that it should
occur in architecture.
Can you please return it?
There.
But if it moves in yours, it grows.
Well, no, it doesn't grow in the...
presentation, but basically what
What we should be looking at is like a
such as a numerical structure or a
structure through vectors begins
to grow and develop in a way that
in a systematic way.
I'll move this one on to the next one.
What we should have seen is how
this structure that looks like a
structure of nature really
Go back to the previous one for a second, please.
Previous real, the previous one there.
It's not really growth.
natural, because it is a natural growth,
but it is actually governed
specifically by a series of
variables and basic rules of
self-organization and replication. By
that?
Because it's important to understand that the
nature and architecture have been
linked for a very long time.
Based on the systematization of the
reality initiated by Alan Turing in
1936,
countless
research to understand
the evolutionary behaviors of the
nature.
Linden Meyer developed it in 1968
a generative system that replicates the
systematic growth of nature
through a series of basic rules
of self-organization and replication
sensitive to the effects of
around. In other words, what we're seeing in
the lower part of the of the of this
slide.
When
when the computational simulation
behaved
exactly the same way as the
growth of a real species, was
It is possible to understand that even the
nature is governed by systems
generative with the purpose of
adapt to the environment in a
efficient.
At that moment we realize that for
to understand nature as
It's impossible not to think of architects
Gaudí
from 1878 onwards
and in Fray Ooto from 1952.
Imagine that from that moment on, this
phrase that we see at the bottom of
The one on the slide has already been
current. It is necessary to understand the
physical, biological and technical processes
that give rise to objects.
It would be important to ask ourselves if
we as architects in this
moment, when almost 80 years have passed
From that point, if indeed
We are doing the reflective exercise
which raises this question.
I'm including this slide because I think it's appropriate.
which is important to understand that
The more we evolve as a species,
Our relationship with nature has
has been decreasing
progressive.
And the interesting thing about this,
there
It goes there. Yes, thank you. And the important thing
This would lead us to question what the
next step on this slide.
I would venture to think that I
I would venture to think that it is the death of
the two species,
because we have to understand that the
nature and humankind have been
bound and will remain bound in a
symbiotic and this cannot be broken.
Many architects have followed in their footsteps
by Gaudí and Frayoto and currently the
architecture has taken a turn in the
world
and we find ourselves at a moment in the
that the traditional methodology of
project development has become
obsolete and in contrast to that has
an architectural method was born
emergent,
an approach called botonap.
This
The aim of this approach is to be able to
analyze all the information,
obtain information, analyze all the
information, parameterize it,
parameterize it,
obtain emerging results
And once these results are available
They are, uh, have emerged, generating a
evaluation process and that process of
evaluation generates discards and
generates an objective behavior in
the one we can be sure of that
The decisions we are making are
supported and justified
quantitatively.
Up to this point, I've spoken to you about
little of the theoretical part of how the
Architecture has been changing and is
It is important to understand that the systems
uh the generative systems that we have
spoken in the first part can be
applied quietly in
architecture, both in the projects
as in business structures.
from architecture studios.
I would like to invite you to think about this
the moment you are culminating your
undergraduate degree. In a short time
They are going to start joining the world
professional and they are going to start
develop their projects.
have they started thinking about what the
the career path they are going to take, that they are going to
to continue, if there really are any
systematic business steps in the
that can be adapted or if they simply
We still think that
architecture
It only has two moments. The one is
go and learn for a couple of years in the
study of someone who already has more
experience and then become independent and
to become self-employed so we can start
to make mistakes alone because
the next 20 years.
And it is a moment for reflection because
We as architects rarely
we can question ourselves about what really
what we are doing in the world
business and normally our
speeches or conversations tend to
drift towards our thoughts,
towards our criteria eh
architectural. we talk about visions,
of any kind of ism, but few
Sometimes we start questioning ourselves about
if we as a guild are truly
doing something for the sustainability of
all of us as a team.
At this point it is important
to really consider a position on
the one about whether architecture is a
sole proprietorship or if it really is
a collaborative system.
other professions.
What a shame that this one didn't either.
It grew. Well, other professions
They have already understood it before and have
developed business structures
multidisciplinary where the
People can specialize and do
a professional career
doing specifically in what they are
good, what they like,
without having to
uh becoming efficient,
Uh, completely eliminating this idea of
that the architect is a jack-of-all-trades.
These diagrams, let me see, can you
Give him back a second?
These organizational diagrams, uh, that
what we are seeing at this moment is a
system is the actual application of a
generative system applying rules
bases of self-organization and replication,
just as species do
natural, but in an organization of
architecture. The study of
architecture works this way, in
where each of the of the
Work teams have objectives
of business growth where
They can be arranged vertically.
developing as they can go as
They can also change their
specific work sequentially
in different additional equipment and this
It allows us to have a system of
constant evolutionary growth and
dynamic.
This business structure is very rare
Architectural firms apply it. TO
I'm glad that at the conference that
We saw at the beginning of William, he speaks
that Etinar has already incorporated a
organizational system similar to what
we are seeing right now. And I think
which is timely and important that you
as the next generation of
Architects, start thinking
in a different way, understanding
that it is possible to create structures
systematic, sustainable business practices
and that allow us all to work in
team instead of feeling that the one
He's sitting next to you, he's going to be
their competition in the future. Start to
understand that it will rather be their
an ally that allows them all to grow
a sustainable and systematic way.
Everything, every system needs several
components and parameters that allow them
that allows us to activate the method
evaluation scientist. And the
architecture has the advantage that
Being a cycle allows us to work in
projects in a cross-cutting manner.
This has the advantage that
What we really have is that each one of the
of the components that make up a
draft of an architectural project
These are sequential work moments
that are linked one to the other, but
the advantage of working in a cycle of one
The project is that time is
relatively short and that in that time
we can reflect and
evaluation that allows us to go
providing feedback to the teams.
to the previous teams in order to
learn from everything that everyone
errors or all the the eh the
virtues that we have obtained in that
project to be able to apply them in the
following. In other words, even so, no
Let's understand the scientific method of
directly, anyway
architecture as such allows us or us
pigeonholes working in a certain way
constantly evolving through the
different projects. By
What can I show you? Some analyses
of performance KPI indicators?
Because at the moment when
Let's understand that the structure
business studies
architecture
It is completely dynamic and flexible,
We also need to understand that the
traditional method of working
sitting in an office for 8 hours, 40 hours
a week is also obsolete for a
process for an architectural process.
It is obsolete and does not allow us to grow.
When we started to take advantage of the
technology and we understand that
There are already applicable methods that allow us
allow
convert our structure
business in a dynamic system of
flexible growth, then let's go
to be able to take advantage of all these indicators
to be able to measure ourselves and
measuring our work team without the
need to have to be
pigeonholed into a traditional theme and
critical, like sitting down to warm the
if we've really finished
or to stay up all night unnecessarily when
we could organize systematically
our working system to be able to
to do things in a practical way,
efficient and correct. This has as
The objective is also to be able to determine
to be able to determine a specific measurement
of each of the team members
in a real and timely way
real and in a direct way.
As a result, we can grow so much
in responsibilities and positions, but
also financially, because in that
point uh the financial conditions are
they become completely flexible and
directly correlated with the
amount of work we are
doing,
in the amount of contribution we have
about each project and performance
specific to each project. So,
What we're doing again is
take advantage of the fact that architecture always
It was about science, taking it to a
business mechanism and being able to understand
how at that point can we convert something
which we've usually been told is
art in something scientific again that
we can test and measure
objectively.
With this I would like
how to conclude this second part in
where we can understand that the
architecture really did cease to be
a one-man career and became
in a collaborative race. And the
collaborative architecture has as
benefit that each person
of a team member have
a specific virtue, they have a
specific capacity
that makes them talented at what they
I like to do it. And not necessarily all of them.
All architects have to
We need to know everything and we have to be good.
throughout. All our team needs is to
work that is complementary and helps us
in the parts where we are not so
good for being able to globally all
to reach a common goal, to
common well-being and growth
global. When architects
We become specialists, we acquire
technical knowledge
and we are much more precise. we dominate
our field of action for a better
way and we allow all of us who
We are, those of us who are part of a
team, constantly evolve.
Before we finish this
slide, I would like us to
Let's focus a little bit on this graph of
the right.
It's super important to understand that uh to the
Over the course of 15 years we made a series of
measurements, obviously because my
situation of being linked to the
The academy allowed me to communicate with you
with different with different
architecture students who later
They became professionals and with a great
number of students and a
survey where we allow ourselves
to understand these conclusions that are
quite drastic and critical. If the
architecture continues to be understood as
a one-person profession, the result
This is going to be it. Of all the people who
We were able to interview 75% of those
New professionals are not working
in architecture.
Only 15% are working in
work related to architecture,
but it does not design or build directly
and barely 10%
design and build. So, what does he want?
say? If we still see each other
As a competition, we are
sadly condemned to stop
to do architecture and to find ourselves forced to
seeking our sustainability
financial. in some other field
the one we truly love and the one
We have dedicated so many years and so much to it
effort.
In this third part I would like
precisely to propose the most paradigm
serious for everyone, and it's important to understand if the
architecture should still be
understood or categorized as an object or
whether we should understand him as a
complex system of a series of layers and
a series of specific conditions.
It is up to you as students
determine where they want to stay,
But I can tell you, I'm not going to talk
much of the object because it is not what we
we have dedicated, but rather
I'm going to tell you a little bit about what's happening
when we began to understand him as a
system.
When in the experience we have
In A1, I could tell you that when
we begin to understand architecture
as a system, we began to have
some elements
in our professional practice that
They basically support the method of
application that I just explained to you and
Basically, we have managed
have more than 130 completed projects
with over 250,000 mos built, eh
more than 20 international awards
architecture, with more than 25 publications
international and perhaps the most
important, because these are simply
numbers and they are projects, but maybe it
More importantly, we have achieved
collaborate directly and indirectly
with the generation of more than 30,000
jobs. And this really does the
difference because we started to give each other
He says that as architects we can
to be leaders and we can contribute with a
a lot of families that really
They need to work and they can work
in an organized and dignified manner, starting from
collaborate on the projects that I know
Let's do it.
This is simply to help us understand.
that all the projects we carry out
We do base ours exactly on the
scientific method and as a final objective
What we have is the possibility of
evaluate them objectively. When
We evaluate them objectively,
the aesthetic conditions of whether we
They seem to be pretty or not, they go on to
background and we begin to understand the
value that they really have when those
The results actually generate an improvement.
in the people who inhabit each
one of our projects.
The method, the method of working and of
The research we conduct is the
The method is the approximation method
button.
It is a method that necessarily opposes
completely to the traditional view of
architecture in the Top methodology, in
where the architect already has an idea
subjective in his mind, he translates it to
paper, to the computer, to whatever and
After that, create a design.
arbitrary, authoritarian, arbitrary, in
the one that is basically what is
what's happening in their lives is what's going to happen
to put it on paper.
That results in, as
As a natural consequence, the user
It really has to adapt to those
conditions imposed by someone
further. But if we begin to understand the
architecture with the through the
bottom map methodology, which will
What happens next is the following. The architect
cease to have that leading role and
it starts to simply be a
catalyst, a catalyst of the kind that
These processes allow us to begin
to have objective results. So,
We will begin to have what we had already told you about.
That said, a lot of information that
we're going to start taking advantage of it and that
which we will call inputs. Then the
We're going to parameterize it through a
trial and error system. Let's go
have a lot of results and then
Those results will give us some...
They will produce emerging results that
We're going to evaluate them. Once the
We evaluate, we will be able to generate a
a discard system and we're going to get a
objective result that tells us that it is
the one with the best capabilities for
to be able to develop in reality.
AND
This advantage gives us the result
Finally, in this method we can
have a measurable goal and
quantifiable.
This would be, uh, this would be the process
specific that we developed for everyone
the projects and that it is important such
first understand it in a way that
conceptual so that we can later
to understand in an applied way.
So, we're going to have some information.
We're going to...
to specifically parameterize, making
physical analyses, performing analyses of
user dynamics, understanding
completely what we have to
design and how we are going to do it. Once
We do that and parameterize, let's go
to begin to see emerging results
and those results are simply a
logical answer to each of the
parameters we have set, but not
They are necessarily the best answer
because at that point it is necessary to
specific intervention of the architect
in order to carry out the process of
assessment. That evaluation process
It will allow us to make a selection
by elimination and that selection by
The discard will be the result in the
which will allow us to do architecture
detail and work in a process of
depuration.
Now let's take a quick look, I don't know if
It will be done automatically, but
Basically, in a graphic way, what they
I just explained. So, in the
input process we are going to start
to have information, different types of
information that we need to start
channel.
Physical information, information from
user dynamics, needs,
specific conditions
and we're going to parameterize them. Once
We parameterized them, we started to
obtain, as I was saying, a lot of
emerging results. Everyone responds to
the parameterization, but not all are the
best architectural response.
So, we need to start the process
evaluation where it really
It's important to start working
objective measurement matrices where
not where subjectivity becomes a
background and what we started to have
These are quantifiable results.
These quantifiable results will
to contemplate absolutely all the
the areas of concern that the
We architects should have, as for
sustainability is an example.
the technical aspects of the regulations,
how can we take advantage of a better
that regulation and really
to become efficient.
if we are doing projects
multi-family buildings, it's super important
always consider a commercial approach
in order to understand exactly what
We saw in the first conference how
These projects will financially
to be sustainable, because otherwise our
Promoter clients are not going to come back to us
to hire.
And once we put all those uhs that
We have devalued all those things.
different scenarios, then yes
we can say that one of those
that one of those results will be the
that best answers all of those questions.
those needs that we have assessed. AND
Once that happens, then we can
to begin the purification process, in
where architecture already has to
become a technical architecture of
detail, where each element is
designed in a technical way, where
It is understood in a technical way.
The goal of being able to work
The architecture, technically speaking, is that
We as architects cannot
to know if we will be present
in the complete project cycle or
if at some point we are going to have a
external builder or we're going to have
someone who uh
where we are going to have a project in
that where we physically won't
to be able to be.
From personal experience I can
to say that the application of that method
science has allowed us to generate
projects for other countries where there are no
we have been able to go and build them
directly, but that when the
The assigned contractor in that other country has
the project was developed and then
we conduct a contrast evaluation and
We see design versus reality
constructive,
we can say that we are at
99%.
The constructed project responds to the
99% of what it was designed for.
If they start thinking about the method
traditional here today,
being present, perhaps
being in the same city, many times
when the constructor is different from the
architect designer, the final result
The construction hardly resembles
nothing to what it was, how it was
originally designed.
And well, then in this final part,
that I would like to share with you
It's something that would be important.
to consider whether when we start a
project
architectural if we are facing a
free canvas as we have sometimes been
made us think, or if we really already have
a pre-existing natural context, a
ecosystem that already works in a
integrated and in a harmonious way. And the
architecture when it gets into that
ecosystem, if it even has one
that it's intrusive or if it is
that the correct thing to do is to start
correlate in a way
symbiotic.
These are real projects, these are photos
real projects already built that
we have done, where we feel that
really the integration with the
pre-existing nature is high and that has
conditions already generated for measurements
impact, for example, of areas of
user comfort and experience
much more comfortable than in
projects where nature has not
has been considered.
It is important to understand that if the
nature was there before, the
architecture is what should
to be flexible, not the other way around.
It is also important if
we began to consider the environment as
the predominant, pre-existing element,
Initial, then it is also important
understand the type of batch we are
we are facing and understanding how
That batch naturally has a certain
specific potential without the need for
generate a variation
eh very strong. I don't know if it happens here.
Cuenca, but I can explain and tell you
which in Quito, for example, is very common
that people buy projects with a
steep slope and that they build walls of
$100,000 containment
to be able to convert them into land
plans.
That doesn't make sense because besides
to be one of generating a waste of
unnecessary resources, the time in which
we changed in such a substantial way
the batch, then we forced the
customers to incur to incur a
a series of unnecessary risks
permanent. For example, what
We talked about what they told us
in the previous presentation that the one of
that there is a high seismic risk.
Imagine how it goes, how it goes
increase seismic risk in the
moment when we have a
fully filled lot. It's impossible.
to be able to simulate a behavior
real because we are not on the ground
firm. So, at the moment when
we begin to understand that architecture
and the topography and the natural environment
They must work together and
symbiotic, then the results
Architectural aspects are going to be much more
related and will be able to blend in
in a better way with that environment and
Obviously, financially they're going to be more
efficient.
As a result,
I would invite them to think that as
natural result, once it
apply this method in your
work dynamics, what's going on, what's going on
What's starting to happen is that those results
measurable and quantifiable objectives,
They can be sent, evaluated, uh
can participate in a series of
international competitions where the
The real value of the project will be in
how those projects
They maintain and justify themselves in a way
objective.
And as I was saying, the important thing is that
It's going to start losing its value
so critical, the aspect the aspect
aesthetic and rather all aspects
Technicians are beginning to gain relevance
elderly. As a natural consequence of that,
What has happened to us is that
we have been able to win awards
international in different
continents and in many countries. AND
This gives it significant value.
Ecuador's architecture because it is
Made with Ecuadorian architects,
Ecuadorian projects in our country
which have usually led us to think that
It lacks competitiveness
international and it's really a lie.
The simple thing is that we don't
we have started to reflect on where
We should evolve as a profession.
Well, not all of them appeared here, but
basically to wrap up what they
I wanted to show that we have done
a series of projects where
They can tell that there is an element
common, and that is that nature always
is present, it is always the
protagonist and this allows us
Obviously, it will improve, as I was saying,
comfort zones inside
all the spaces and generate for the
users a much more way of living
friendly and different, taking advantage of a
natural resource that is being lost to us
ending. If we, as a guild,
As architects, we didn't start taking care
the planet, it's impossible to think that this
It will survive for a long time longer.
That. Thank you so much.
I don't know if there are any questions or...
or not.
Sorry. Good afternoon. And as a question,
one of the important points of the
The topic he's talking about is...
focus architecture towards not
and invade the natural space, but
What would be the way or what would be
the most practical and functional methods
to apply this in project cases
big? Here in Cuenca we have the case
of
The Mol del Alto is the latest work and
had a medium planning problem
large in terms of the invasion that is
He made the natural space.
So, I don't know if there would be a better one.
method or a better technique of
implementation or planning so that
spaces of invasion should not be created
big. And in the case of the images
What he showed us at the end seems to be
single-family housing projects,
slightly smaller projects in the
which is a little easier to adapt to
nature. So, precisely
to know if there are larger scales, one
best way to implement these
tactics.
Yes, well, regarding the first part
From the question, I think that
It is not within my competence to criticize or
evaluate the Mol del Alto project,
Because obviously I don't know him
in detail, but what I would like
Telling them about that is...
obviously any project that is
implanted within a forest
protected and that causes an impact
such a large natural natural thing should be
questioned by all architects
local and should be evaluated by everyone
local architects, because
we, as I was saying in the
presentation, I think we have the
obligation to be the ones who take care of the
natural ecosystem because
We are necessarily the ones who do it
we invade with projects
architectural, those of us who modified it.
We are also in charge of taking the
decision whether we eliminate it or
we incorporate into our projects.
I think that's enough about the Alto mold.
They could each now take out their
conclusions.
Regarding the second part of the
I ask if I agree that the
projects that were that were
shown in the presentation are
smaller single-family projects.
There were a couple of multi-family buildings, but
Finally, they are also projects
worked in small batches. A
multifamily project or a project, a
extremely large equipment will
to have a much larger lot
also.
So, the complexity of how
I implement a project in a small batch
single-family home,
no, it's not technically no, it's not
linearly corresponding, but it is
the same challenge of implementing a
project for a very large facility
within a very large lot.
I think the important thing there is to be able to
conduct an initial preliminary analysis and
to be able to understand the entire ecosystem
natural, what parts can I save from
efficient way and what parts I can
integrate into the project and the parts that do not
can be saved from that ecosystem
Naturally, see how the project will go
I propose replacing them, because I believe that
The objective at this point is indeed to
that we can be aware that each
project that we carry out
has or generates levels
specific pollution and while
the closer or more aware we are of
to be able to take our projects towards
a neutral carbon footprint, then
We are sure that we are
contributing to the planet.
It's perhaps some other one
It's a question.
Good morning. It's a question
uh, a little provocative.
The scientific method is accused of
to really destroy nature.
This is the urban planning of the years
This planning positioned itself
territorial of modern thought,
we could say he had those those those
scope of systematizing, measuring, uh uh
to put it all into a kind of language
logical.
And from anthropology, for example, it is
He criticizes the scientific method a lot for
of being the one to blame for seeing it a certain way
explicit
the territory, nature, it
It's only being used as a resource, right?
And this one really catches my attention.
insistence on these, on these, on this
conference that you kindly have
raised. My question is
This, despite the evidence,
we ourselves do not have a side
rational, an irrational side,
This, this Dutch architect Rim
Kulas, he makes the port wine and makes
the Seattle library and he himself
acknowledges. This building
The house of the opposto is very logical, very
scientist, but the library of
Seattle is completely irrational,
But curiously, the two projects
They seem. He himself acknowledges this.
this balance between the rational and the
irrational. And my provocative question is,
Do you think this method is the way to do it?
scientific only to measure, capture,
controlling everything can be an alternative
to continue thinking and
problematizing our territories and
urban design objects and
architectural?
I mean, I think it's a super question
important, perhaps warranting a debate
much deeper and much more in a
space that may have much more
time and hopefully more additions
actors. Hey,
Perhaps it would be interesting to consider a
a discussion specifically about that
with you and with and hopefully with many
students.
facing the final part of your question or
to the specific question of whether it really
the scientific method,
I don't know, it's like it moves away or it turns back
something much more mechanical. I think that uh
of the, I mean, I don't know if maybe not
I didn't specifically specify that.
The presentation, but uh, the time in the
that architecture is within the
method, that is, it is worked within the
scientific method, the role of
The architect is vital because he is the
responsible for being able to catalyze
absolutely
all those specific needs and
all that care for the environment, for
the user.
that the computer itself or
an objective method of objective measurement
It will most likely go unnoticed. That's why
It is never mentioned that this method of
work or approach
completely disassociate yourself from the architect,
Because then, what's the point of continuing?
creating new generations of
architects? we start to control and
a and a
I don't know, a a
to properly schedule a
computer and we have a substitute for the
architect. The role of the architect
It remains just as fundamental as in
the traditional method. Simply the
The architect's position is going to change and
changes in one way in one way
drastic because in the method
Traditionally, the architect is the one who
decides intuitively.
Yes, many times, and I think that
academia places a lot of emphasis on that.
that despite regardless of the
application method, the architects
We must be reflective and we must do
a lot of analysis and we need to talk and
to understand the implications of
that we are designing, but they continue
the results are subjective. If today
we take a walk around the
gallery of projects that have
From the front, we'll be able to see that inside
There are different batches of the same kind; there is one
different amount of appreciation
subjective of each of the
thoughts of the students of his
university and it's difficult to understand if it's
whether those projects are okay
Or they're wrong, because we're going to start them
to catalog them or are we going to start to
evaluate from our point of view.
It's subjective, but at the moment in the
that the architect's vision changes because
complete from that point, from that of that
top-down approach and we started to
to understand the importance of becoming
some catalysts, so let's go
can
to give greater importance to the things that
They are really important for the
specific moment in architecture
that we are developing. I think it's
It would be unfair to think that
architects of the past who did not
They faced one or they weren't so
aware of the impact on the environment
the environment we currently have and
about what and how we have polluted the world,
uh, they are set or parameterized as one of
its most relevant values to
care of the natural environment. Without
However, many did.
But at this specific point where
We have already consumed a large amount
of the planet's resources and we realize
realizes that everyone as a civilization
We are collaborating to return for
to become sustainable and maintain
that living ecosystem for a longer period
of time. So, I think that's it.
that position of the architect as
catalyst at the moment it goes
deciding what those are
parameters that need to be given
more importance, then they go
conditioning the architecture of a
the way in which it tries to preserve a lot
more to nature, try to preserve
much more that ecosystem and become
mimetic with him.
I don't know if that answered your question at all.
but I think in a similar way
quite superficial.
Any other options, or are we already closed?
Well, then thank you all very much and
I hope you liked it and any
ask if they are, if not
They have me, they do more later.
We thank José Daniel for his
exposure. We also thank
Thank you all for your presence at this
Proyecta Cato 2026 event.
Before we conclude, we invite everyone
so that you can tour the
facilities of the Old Cathedral,
where all the
participating projects.
Once again, thank you very much for your
attendance. Have a great day!
late.
We are the Red Eagles and your triumph belongs to us.
all.
We are song, heart. Heart. Let's go
our mission to go far by
life.
We are heart and soul and nothing else
Our vision through work and effort
and passion.
Oh.
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