JUAN PABLO PAREDES | PORTFOLIO

JUAN PABLO PAREDES Hello, I’m Juan Pablo, but everyone calls me JP. Currently, I’m in the eighth semester of the Architecture program at ITESM. I’ve interest in parametric and computational design with a bioclimatic aproach.

I’m exploring the possibilities offered by emerging technologies to complement my creative process. I’m a learning enthusiast; always seeking new tools and techniques to surpass my own limits.

Tool set:

Experience:

Photoshop

2023 - Present

Illustrator

ITESM School of Architecture 2020 - Present

After Effects

Proyecta Award - category of Regenerative Design

Premiere Pro

Grupo Especial de Diseño GED

InDesign

Otiima Pavilion competition 2nd place winner

Lightroom Classic Autocad Revit

2022

3DS Max

How to Rhino Course

Rhino

Short-term intern at B+ Group

Grasshopper

Intern at Secretary of the Environment, NL.

Corona

EAyA Award

Vray

LEED Workshop: Sustainable Planning, Design,

Qgis

and Construction

Rhino Inside Revit

Bamboo Structures Workshop

LunchBox

Wood Construction Workshop | American

LadyBug

Softwood

Midjourney

Interior Design Workshop by MF Architecture

Z-suit/Zortrax

Masterclass by Kelly Wearstler

Contact:

2021 - 2020

A01067215@tec.mx

Bioclimatic Design applied to Building M16

by_jpparedes

Workshop

+52 443 724 3388

Organic Architecture Workshop by Architect Javier Senosiain

Languagues English

SAARQ Table Campus Querétaro Spanish

Published at JPG BOOK 8th edition

INDEX

NIMBUS Monterrey, Nuevo León 2022 - 2024

PAVILION O San Pedro Garza García, Nuevo León 2024

SOX HUB Chicago, Illinois 2023

OMA METRO STATION Cd. Apodaca, Nuevo León 2024

additional work Quick preview projects

NIM INNOVATION

DIGN

MBUS

NITY

COMFORT

On a 900 m² plot of land, the development of a mixed-use building is envisioned, with commercial establishments on the lower level and apartments of three typologies in the rest of the structure along with an amenities level.

“Nimbus” is located in a privileged corner, at the intersection of Del Estado Avenue and Panuco River, near an educational area frequented by students. Its aim is to create high-quality housing for students close to the university, along with commercial services and amenities within the same building.

3D PRINTING

Three modulated panels were designed to dress the base structure of the building, functioning as its envelope and a second protective skin against the extreme heat of Monterrey’s climate. These were manually modeled as SubD surfaces to provide fluidity within the design of the residences, simulating the fluid geometry of a cloud. These same profiles are extruded in the “z” direction to create columns incorporated into the established style and allowing open spaces for the commercial area.

MODULATION:

FLAT

SMOOTH

A.1

A.2

B.1

B.2

C.1

C.2

The design includes three apartment typologies for one, two, or three tenants. It also features a floor for amenities and a ground floor for local businesses, aiming to provide housing and commercial solutions for the student community in the area.

PAVILI TECH

BIOCLI

ION O

IMATIC

ACTIVE

For the Otiima competition, the objective was to develop a pavi of San Pedro, Nuevo León. Rufino Tamayo Park enjoys a privile area. The park features a museum and amenities such as ca upper right section, with the intention of generating revitalizat activation.

ilion situated within one of the parks located in the municipality eged location, intricately linked with the broader metropolitan afes within its lower section. The pavilion is proposed for the tion within the neglected area of the park, thus promoting its

level curves

geometrize

select

extrude

growth height

radiation

PROMT:

Offset mid point to last curve

PROMT:

Extrude surface

The previous parameters were generated thanks to Grasshopper’s native climate analysis, which connects with Galapagos to generate heights ba the pavilion documentation.

e tools, such as Galapagos, with the assistance of plugins like Ladybug for ased on reducing received radiation; and Rhino Inside Revit to generate

Continuing with the Grasshopper scripting, the Rhino Inside Revit compo walls. Following this design methodology, the conceptual form was achie including elevations, sections, and site plan

onents were employed to assign the floor slabs, columns, and load-bearing eved while simultaneously generating the documentation for the pavilion,

The pavilion features 5 interconnected upper-level halls, creating a visual needs. Descending the stairs, designed to mimic the surrounding topogr integrating with the outdoors, offering a new experience.

journey and providing flexible spaces adaptable to the required program raphy, leads to the auditorium, which can seamlessly open to the exterior

SOX COMUNITY

REGENE

HUB

ERATIVE

CONECTED

With the aim of transforming the paradigm within the White Sox stadium limits, a mission was embarked upon to revitalize an extensive parking area spanning approximately 30 hectares. This space, previously contributing to an urban void between surrounding communities, had resulted in the isolation of certain population sectors. The project endeavors to establish a planned, regenerative space, fostering a resilient community

WHITE SOX BRIDGE

CO WORKING

CONTEXT ANALYSIS CA1 CA2 CA3 CA4 CA5 CA6 CA7 CA8 CA9

Housing Offices White Sox Stadium IIT Illinois Institute of Chicago Parking zone Main avenue Primary street Secondary street Alleys

We respected urban axes, creating volumetric boundaries resembling Chicago’s alleys. Wood contrasts with the city’s steel, wrapping part of the building for offices and learning spaces. A third volume connects areas, while the last serves as a recreational space. Wood integrates seamlessly, providing shelter and drawing users inside, balancing functionality with aesthetics.

To uphold urban connections and community cohesion, we retain specifi of the buildings for the residents of the South Side of Chicago, ensuring t commercial and recreational areas, with a focus on the White Sox Bridge revitalize and reinforce the community. Within others amenities.

fic structural axes while aiming for a contemporary aesthetic in the design they do not feel detached from the city center. The project encompasses e as a unifying element. Additionally, we introduce a co-working space to

One of the proposed buildings was the co-working area located a landmark within the proposed new development, distinguished by its wood and the apparent lightness of the glass. Additionally, a parametri this space.

along the main thoroughfare, 35th Street. The building serves as a s fluid style and materiality, creating a contrast between the rigidity of ic latticework wraps around three out of the four buildings comprising

OMA METR EFFICIENCY

AUTOM

RO STATION

MATION

ADVANCEMENT

OM

terminal B

terminal A

holiday i

The location is in Ciudad Apodaca, a municipality within the Metropolitan Area of M Airport. Situated away from the urban area, there lies a concrete polygon of approxim buildings allows radiation to impact directly. However, this openness also benefits v offering a completely wide view of aircraft takeoffs.

APODACA, NUEVO LEÓN MÉXICO

SUN TRAJECTORY

MA AIRPORT

WINDS terminal B

inn hotel

metro station location

Monterrey, specifically at the OMA Airport, General Mariano Escobedo International mately 2km². This area functions as a significant heat island, as the lack of surrounding visitors by providing uninterrupted air currents, minimizing thermal sensation, and

The sound of airplanes taking off, as an iconic element within an airport, was chosen to serve as the concept that inspired the form. By deconstructing the logic of this sound, a curve was derived. This curve was then revolutionized and adapted to fit the dimensions of the metro station’s civil engineering project.

Subsequently, the winds were analyzed. By generating a wind tunnel simulation, it was observed that at two distinct points, a negative pressure was created, resulting in air currents that opposed the dominant winds.

Continuing to analyze the form, a significant contrast between the area that receives the most sunlight and the one that receives the least was found.

Type A panels were categorized as the points where the greatest amount of negative pressure was generated, with the aim of creating movable panels that allow for continuous flow and the release of this negative pressure.

The panels that receive the highest solar incidence were categorized as Type B panels.

These will be equipped with an ETFE bubble material to protect and reduce solar incidence within the metro station.

Finally, it was decided to designate Type C panels to those that receive the least amount of sunlight. These panels will be composed of graphene panels and carbon filters, aimed at reducing the amount of pollutants produced by the station.

To provide structural support to the envelope, a beam system was designed to shap Additionally, a system of tension cables was incorporated for greater rigidity.

pe and support the panels, giving the ETFE bubbles their characteristic form.

A pedestrian-level entrance can be observed, wh

By examining the section, we can see the connection bet harmoniously connects to the first floor. Additionally, the the platform. Finally, at the end, there is a point lookout w

hich leads directly to the first floor of the station.

tween the station and Terminal A, linked by a bridge that vestibule guides you towards the access and exit area of with a view of the open sky and the early flight of airplanes.

Additionally, a 3D walkthrough of the station, named OMA METRO STATION, was created. It can be accessed by scanning the following QR code.

addition

nal work

MARGARITA TRADITION

AUTENTICITY

WARMNESS

In Ciudad Apodaca, a 738 square meter plot is designated for an Italian restaurant for 80 diners. This project aims to challenge local design norms while creating a unique atmosphere.

The restaurant’s concept embodies a visual metaphor: a leaf. Its facade will display a classic style, while the interior will be contemporary. This blend of classic and modern aims to captivate consumers, offering a distinct dining experience in the local culinary landscape

The color scheme of ‘Margarita’ employs complementary color separation harmony. Reds dominate the upholstery, brick texture, and tiles, complemented by touches of copper. Blues are prominent in the marble tables and bathroom cladding, while greens from the surrounding vegetation add freshness.

Touches of yellow in select chairs add visual interest.

The goal is to establish an unobstructed visual connection throughout th visual dominance and arousal. Additionally, there’s a focus on maintainin through the space. Due to this combination of unobstructed visual conn experience to patrons that extends beyond their dining experience.

he restaurant, aiming to link diners with the overall design and enhance ng an intuitive architectural program to ensure an effortlessly navigation nectivity and intuitive design, the restaurant offers a captivating sensory

KURANDZA EDUCATIVE

RESILIENT

INCLUSIVE

For the Kurandza Learning Center design competition organized by Archstorming, was asked to proposed a school located at a vulnerable environment. Situated in Chivonguene city, Mozambique, the site measures 35 x 60 meters. Notably, the area is prone to extreme weather changes, ranging from floods to droughts.

The primary goal of this project is to address three key aspects. Firstly, to create an educational environment that provides children with the opportunity to thrive in dignified conditions. Secondly, to foster integration by facilitating interaction among various spaces and users, including those from vulnerable backgrounds, such as people with disabilities and social exclusion. Lastly, to achieve resilience by developing a sustainable space in both construction and operation.

The architectural program is divided into 3 classrooms with a capacity fo a kitchenette and a private patio; restrooms; a storage room; two wate dining area with a bar for a minimum of 48 people; and finally, a library

or 30 people each; a faculty room with lockers; a daycare equipped with er tanks with a capacity of 10,000 liters each for rainwater harvesting; a with flexibility to adapt to another program if required

structural details

6 CHAFLAN DE MORTERO P2% CHAFLAN DE MORTERO P2% PRETIL DOBLE LADRILLO SANTACLARA

0.35

IMPERMEABILIZANTE IMPERCREST SELLADOR BASE ACRíLICO ENTORNADO DE MORTERO CEMENTOARENA PROPORCIóN 1:4 RELLENO TEPETATE P2% LOSA ALIGERADA EN DOS DIRECCIONES 35CM (VER DETALLE ESTRUCTURAL) PLAFóN CIEGO PERSONALIZADO

2.35

VENTANAL DE CRISTAL TEMPLADO 12MM CON CANCELERIA DE ALUMINIO DE 2''

IMPERMEABILIZANTE IMPERCREST SELLADOR BASE ACRíLICO ENTORNADO DE MORTERO CEMENTOARENA PROPORCIóN 1:4

0.35

RELLENO TEPETATE P2%

LOSA ALIGERADA EN DOS DIRECCIONES 35CM (VER DETALLE ESTRUCTURAL) VIGA DOBLEMENTE ARMADA 30X40CM F'C 250KG/CM2 5V#5 CON E#2 @ 15CM (VER DETALLE ESTRUCTURAL) PLAFóN REGISTRABLE 600X1200 MM

2.70

LADRILLO ESTRUCTURAL SANTACLARA 6 X 9 X 14 CM CáMARA DE AIRE 5CM APLANADO DE CONCRETO CEMENTOARENA PROPORCIóN 1:4 LADRILLO ESTRUCTURAL SANTACLARA 6 X 9 X 9 CM

0.35

0.20

TRABE DE CIMENTACIÓN (VER DETALLE ESTRUCTURAL)

DADO DE CIMENTACIóN DE CONCRETO ARMADO 40X40CM 7V#8 E#3C.20CM (VER DETALLE ESTRUCTURAL) TEPETATE COMPACTADO DADO DE CIMENTACIóN DE CONCRETO ARMADO 40X40CM 7V#8 E#3C.20CM (VER DETALLE ESTRUCTURAL)

2.00

TERRENO NATURAL CORTE DE TERRENO NATURAL PEALIZADO A MANO VERIFICANDO NIVELES DE DESPLANTE ZAPATA AISLADA DE CONCRETO ARMADO 1.5X1.5X0.2M F'C 250KG/CM2. ARMADA CON PARRILLA DE V#5 A CADA 20CM. LD=41CM (VER DETALLE ESTRUCTURAL) 2 5CM ESPESOR PLANTILLA DE CONCRETO F'C 200KG/CM

0.050.20

2.40

IMPERMEABILIZANTE MARCA CREST

0.00

Ver detalle TL-1

0.20

-2.20 -2.40

1.50

PRETIL 40CM VIGA DE CONCRETO ARMADO

PRETIL 40CM VIGA DE CONCRETO ARMADO

LOSA ALIGERADA EN AMBOS SENTIDOS

PLAFÓN CIEGO PERSONALIZADO

VENTANAL DE CRISTAL TEMPLADO CON SISTEMA SPIDER

MURO DOBLE CON CAMARA DE AIRE

MURO DOBLE LOSA ALIGERADA EN AMBOS SENTIDOS LOSA ALIGERADA EN AMBOS SENTIDOS MURO DOBLE CON CAMARA DE AIRE VIGA DE CONCRETO ARMADO

DECK DE MADERA

VIGA DE CONCRETO ARMADO LOSA ALIGERADA EN AMBOS SENTIDOS

LOSA ALIGERA EN AMBOS SENTIDOS

VIGA DE CONCRETO ARMADO MURO DOBLE CON CAMARA DE AIRE

MURO DOBLE MURO DE TAPIAL

TRABE DE CIMENTACIÓN TRABE DE LIGA

DADO DE CONCRETO ARMADO

DADO DE CONCRETO ARMADO

ZAPATA

ZAPATA AISLADA

photography

Edificio bioingenerías 00 30/10/2021 ISO 160 f/11 1/125s 16mm

Edificio bioingenerías 01 30/10/2021 ISO 160 f/5 1/160s 16mm

Larga exposición Puerto Vallarta 26/07/2021 ISO 100 f/16 30s 55mm

Retrato sobre flores 28/04/2022 ISO 250 f/5.6 1/100 25mm

Retrato clave baja 26/04/2022 ISO 320 f/1.8 1/40s 85mm