2024 Architecture Portfolio

Throughout the pages of this book, you will discover a window into my journey into the world of architecture, while also gaining insight into my approach to spatial design.

The selected projects showcase the processes and outcomes of my work in both academic and professional settings.

You will learn about an architect specialized in lightweight structures, passionate about technology, design innovation, and its application in manufacturing and construction, always

seeking new knowledge. I invite you to explore my portfolio.

EDUCATION

2021-2022_ M.Arch Architectural Design | Bartlett School of Architecture | UCL

2017-2018_ Specialist on Lightweight Structures Design | UNAM

2013-2014_ Master 1 Architecture at ENSAP | Bordeaux

2010-2015_ 5 year degree Architect | UNAM

WORKSHOPS

2021 Biomorphic Networks V2.0| Design Morphine| Madalin Gheorghe

2020 In Vivo In Vitro In Silico | ACADIA 2020 |Martyn Dade-Robertson

2020 Laminar Segmentation in Structures using Machine Learning | Digital Futures

2019 Digital Tailoring | ACADIA 2019 Austin TX | UNstudio

2018 Talk to a wall neural networks and robotic fabrication | ACADIA 2018 | ZHAcode,Runway ML , Autodesk Generative Design Team,

2018 LEED Green Assosiate course 1 |

2016 Parametric & generative architecture | UNAM

2016 Budget planning and project management | UNAM

2015 Architecture & perception | Juan Albert | UNAM

2014 Digital Fabrication | UNAM

2013 Green Urban Space Systems | UNAM

EXPERIENCE

2022 - Designer | Xylotek | advanced timber structures

2021 - Designer | - www.dematelier.com- | D’EM atelier

2020 - Lightweight Structures Architect - UNAM | Project liaisons office

2018 - Teaching profesional - Rhinoceros3d and Grasshopper

2019 - Parametric Designer | FR-EE - Fernando Romero EntrerpisE |

2019 - Workshop Leader UNAM “Design , Simulation and Robotic Fabrication”

2018 - Computational designer | C.O.S.A & PhD. Juan Gerardo Oliva Salinas

2017 - Development of design research | UNAM Lightweight Structures Lab

2017 - Construction site supervisor | Somma Spazio

2017 - 3D Modeler, architectural visualization | OTTER render

2016 - Junior Architect , design and documentation of projects | DGOC (General Direction of Building and Conservation)

RECENT AWARDS

Shortlisted Finalist for Merrell’s ‘beacon’ installation on Foula competition

https://www.architectsjournal.co.uk/news/kevin-kelly-architects-wins-5k-foula-beacon-contest

Winners of best Profesional Indsutrial Product Design jewelry 2021

DEM Eduardo Luce & Mariana Estrada

https://a.com.mx/portfolio/joyeria-y-accesorios-2021/

PUBLICATIONS

Proceedings of IASS Annual Symposia ISSN 2518-6582 (Online)

Versatility in the design of form-active bamboo Grid Shells.

Authors: Gallegos, Francisco; Oliva, Gerardo; Luce, Eduardo N; Gomez, Fernando pp. 1-8(8) International Association for Shell and Spatial Structures(IASS)

CONTACT

arq.enluce@gmail.com

07763667830

SOFTWARE

Autocad

Rhinoceros

Grasshopper

Photoshop

Indesign

Ilustrator

C# rhinocommon

3Ds Max

V-ray

Archicad

Revit

Processing

Robotic fabrication

cv

LANGUAGES

_French

_English

_Spanish

INTERESTS

_Building Technology

_Modern-Contemporary art

_Robotics

SKILLS

While I possess a strong foundation in architecture, including a Master’s degree in Architectural Design and valuable experience gained in architectural offices, I have also honed a diverse set of skills in other areas. I possess a diverse skill set in 3D visualization software, ranging from Twinmotion , Corona Render , and V-Ray to Blender and 3ds Max for mesh modeling , as well as Rhino for NURBS modeling . With expertise in these platforms, I excel in creating captivating visual representations that span a wide spectrum of design needs. Additionally, my proficiency extends to utilizing Augmented Reality applications, seamlessly integrating virtual elements into realworld environments to enhance user experience. Moreover, I have acquired substantial experience in connecting Rhino designs to the control of Robotic arms , showcasing my ability to bridge digital modeling with physical fabrication processes. Notably, I am adept at adapting to organic shapes , such as the human body, through precise NURBS modeling techniques, allowing for intricate and realistic renderings that meet the most exacting standards. This comprehensive skill set enables me to contribute effectively to projects that demand innovative solutions and seamless integration with advanced technologies across diverse design disciplines.

Grashopper ABB robot connection

Rhinoceros Robot Simulation

Organic modelling

Render output

Eduardo Nuñez Luce

wireframe of mesh model

Physical models and Wireframe 3d models

Eduardo Nuñez Luce

Project: Dome reconstruction

Status: Built

Design Team: COSA & Dr. Juan Gerardo Oliva Salinas

Engineering: Hyparch

Place: Axochiapan,México

Clients: INAH

Year: 2018

Eduardo Nuñez Luce

DOME RECONSTRUCTION

Following the devastating September 2017 earthquake, the main church of Axochiapan town endured the collapse of its dome, resulting in at least one injury. Through the collective efforts of the entire town, the remaining structure was temporarily stabilized.

As restoration efforts commenced, the primary objective was to redesign a steel dome, as per the directive of the town council, which would be adorned with copper.

Dome physical model

The army and town people helping in the church after the earthquake

Restoration works.

Dome remains after the earthquake.

XYLOTEK

Status: Built

Project: Mugler Pop up

Architect : Random Studio

Xylotek Design Team : Tom Dawson, Nate Crosby, Eduardo N. Luce

Year: 2022

The Mugler Pop-Up project, where CNC machining of horizontal slices was employed to craft the intricate geometry of its body parts. Utilizing Grasshopper, a parametric design tool, we meticulously generated, organized, and nested each sliced curve, thereby optimizing the assembly process with remarkable efficiency. This approach not only facilitated seamless construction but also ensured the successful realization of the project’s vision. Through innovative techniques and meticulous planning, we demonstrated our commitment to precision and excellence in architectural design.

Photo: XYLOTEK

With the development of a Grasshopper script, we integrated dowel locations and vertical support rib placements as essential guides for the workshop team during assembly. These meticulously planned elements ensured precision during construction, facilitating the seamless integration of components. Additionally, the script facilitated the subsequent sanding process and the application of metallic finishes, enhancing the aesthetic appeal and durability of the final product. Through careful coordination and innovative use of parametric design tools, we streamlined the assembly process and achieved exceptional results for the project.

PROPERTY

Eduardo Nuñez Luce

Photo: XYLOTEK

Nesting option for CNC

Sliced body parts model

Wood Structural Optimization

Project : Sales Stand

Status: Project

Design team: Eduardo Nunez

Place: CDMX, Mexico

Year: 2018

Several iterations failed to achieve equilibrium.

Structural simulation

This project consists on the design of a sales stand, with a wooden structure , and a geometry that starts from a Hyperbolic mesh to obtain the best possible efficiency.

The shape was then adapted to better suit the space to cover, using plywood as main structure .

To find a balanced geometry I did a Kangaroo simulation in grasshopper to create test several iterations.

After finding an equilibirium point, some load stress and bending analysis was done to visualize the most stressed wood bars

DESIRED GEOMETRY

DESIRED GEOMETRY

HOUSING COMPETITION

Project: CANACERO competitiomn

Status: Mention

Design Team: Mario A. Flores , Natalia Flores & Eduardo N Luce

Place: México

The architectural project, which emerged as a competition hosted by the Latin American Steel Association, redefines social housing through a focus on adaptability and user-driven expansion.

The innovative design centers on the concept of adaptability, allowing residents to expand their living spaces according to their budget and evolving needs. Inspired by the flexibility of a Tetris-like configuration, the project comprises primarily two structural layers. The first layer consists of a regular steel lattice, strategically positioned to accommodate the placement of housing modules.

This lattice framework not only provides structural support but also creates public shared terraces, fostering a sense of community among residents. Additionally, private terraces and balconies are integrated into the design, offering individualized outdoor spaces for relaxation and socializing. These spaces can later be adapted by tenants to extend their living areas, enabling them to personalize their homes and enhance their quality of life.

Notably, the project was shortlisted and published in that year’s journal, further highlighting its innovative approach and contribution to the field of social housing and architectural design.

XYLOTEK

Status: on site

Project: Canada Water walkway

Architect : Asif Khan

Xylotek Design Team : Nate Crosby ,Marina Brant, Eduardo N Luce

Year: 2023

As a member of the Xylotek design team for this project, my role involved overseeing the creation of 2D drawings and detailed annotations for the installation team to utilize on-site. Given the scale of the project, we implemented Grasshopper scripts to expedite the process of adding annotations and dimensions, as well as to generate spreadsheets containing essential project information.

In addition to streamlining the documentation process, I developed a script to identify potential collisions between timber elements and bolts from the underlying steel structure. This proactive approach helped preemptively address any structural clashes, ensuring smooth installation and minimizing delays during construction.

As a member of the Xylotek design team for this project, my role centered on producing detailed 2D drawings and annotations crucial for the on-site installation team.

Given the project’s significant scale, we leveraged Grasshopper scripts to expedite annotation and dimensioning tasks, thereby enhancing efficiency without compromising accuracy.

Additionally, Grasshopper enabled us to seamlessly export project data into spreadsheets, facilitating better organization and communication among team members.

Furthermore, I developed a specialized Grasshopper script to detect potential collisions between timber elements and steel structure bolts, underscoring our commitment to proactive problem-solving and project success. Through innovative solutions and meticulous attention to detail, we successfully navigated project complexities while meeting strict timelines and requirements.

Photo by Marcos Javier Ontiveros

Project: Tensegrity rainwater colector

Status: Built

Design Team: EDCL UNAM & LATE

Place: CDMX/MEXICO

Year:2018

TENSEGRITY RAIN WATER COLECTOR

The purpose of this object is to provide potable water service in case of emergencies.

It is bamboo and steel cable structure, which carried a textile membrane that had the function of collecting rainwater and taking it to a purifying filter.

In this page we can se different ITERATIONS VARIATING THE NUMBER OF BAMBOO BARS. mextropoli

Photo by Marcos Javier Ontiveros

INITIAL STRUCTURE STATE

STRUCTURAL SIMULATION FAIL

EJE A, B, 1 y 2

INCORRECT CABLE LENGTH

EQUILIBRIUM SUCCES

In a quest to find an optimized , simple and cheap for porduction node, I developped this conection detail to join the main cables with the bamboo bars

BUS STOP CANOPY

Projet : MetroBus Stop

Status: Project for 2019

Design team: Eduardo Nunez Luce PhD. Juan Gerardo Oliva Salinas

Place: CDMX, Mexico

Year: 2018

The concept for a new bus stop design for the MetroBus network involves a modular “umbrella” structure measuring 6.5m x 6.5m on each side. This modular element is repeated to create a continuous canopy over the waiting platform at MetroBus stations. The support system is ingeniously resolved with a central embedded post that evenly distributes the load of four steel articulated arms, which in turn support the textile membrane. This design facilitates rapid construction and can be easily replicated across multiple stops along the network routes.

Elevation

Membrane pattern

The membrane features an inverted conetype geometry, anchored at four upper points. With a total surface area of 26.3 m2, the membrane weighs approximately 19.75 kg. Considering a wind speed of 120 km/h, the design must account for wind effects, resulting in a total load of 1,158 kg.

To manage rainwater runoff, a funnel-type plastic piece was devised to guide water down a double tube. This tube comprises an outer tube surrounding the structural steel post, boasting a diameter of 25 cm. This innovative design conceals the drain and efficiently directs water towards a collection point for future use.

HANGING TENSEGRITY

Design team: COSA & PhD. J. Gerardo Oliva Salinas

Engeneering: Hyparch

Place: CDMX, Mexico

Clients: INAH | UNAM

Year: 2020

The tensegrity geometry, crafted to encompass the patio of a historic building nestled in downtown Mexico City, played a pivotal role in a rehabilitation project undertaken for the Law School at UNAM.

In this project, I was an integral member of the team tasked with analyzing and optimizing the geometry to withstand tensile forces and achieve a structurally rigid form. Our objective was to design a structure capable of enduring heavy winds and efficiently draining rainwater during extreme storm weather conditions.

Slope analysis for water drainage- rhino

Additionally, I conducted simulations using Kangaroo to assess the behavior of the bars and cables under various loads and stress forces. The lightweight nature of the overall geometry enabled it to be positioned atop the historic building without necessitating significant alterations to the existing structure.

grasshopper

XYLOTEK

Status: Built

Project: ARUP Birmingham Stair

Xylotek Design Team : Rob Griffin, Eduardo N. Luce, Teo Andonov

Engineering : Whitby Wood

Year: 2023

Eduardo Nuñez Luce

Photo: XYLOTEK

In the technical design phase of the ARUP hanging staircase project, my responsibilities included creating detailed documents and drawings to facilitate communication with the main contractor, timber workshop, and installation team. Leveraging Grasshopper, I streamlined the process of generating and updating 2D drawings from the 3D model, significantly reducing turnaround time.

Furthermore, I worked with intricate point cloud surveys to generate meshes, providing precise reference points for refining the 3D model. All of these tasks were accomplished using Grasshopper within the Rhino environment.

Additionally, I oversaw BIM coordination with the main contractor using Autodesk Construction Cloud. This involved ensuring seamless communication between the Rhino model and Revit, facilitating continuous coordination and integration throughout the project lifecycle.

Tramway Station

Project: Buenos Aires Tramway Station

Status: International Competition

Design Team: Mariana Estrada & Eduardo N Luce

Place: Buenos Aires, Argentina

Year: 2016

Tramway station Facade Perspective

The Argentine competition UFLO 1: 100 2016 launched the call to design a station for the historic tram of the city of Buenos Aires.

The proposal generated by the team embraces an industrial aesthetic of the era, incorporating elements such as exposed steel and red brick. In addition to this, a roof with a steel grid has been added to flood the space with natural light, creating an airy and inviting atmosphere.

The bricks on the facade have been strategically arranged to form a pattern that dissolves, allowing for transparency and offering glimpses of the movement within the tramway station.

Moreover, the long facade has been interpreted in a structural rhythm reminiscent of train coaches, enhancing the station’s visual appeal and historical significance.

This design approach not only pays homage to the rich heritage of Buenos Aires’ tram system but also reimagines it for contemporary use, blending form and function seamlessly to create a dynamic and welcoming urban space for both locals and visitors alike.

Tramway station Internal Facade Perspective

Tramway station Top View

Tramway station South Elevation

Tak Kuji Eco Hotel

Project: Eco hotel geodesic

Status: On construction

Design Team: Eduardo N. Luce, Sebastian Sandoval Saltijeral

Year : 2020

Tak Kuji is an ambitious project in the village of Pichucalco in Chiapas, Mexico.

https://takkuji.com/#about

With a focus on eco-friendly construction practices, this dome employs bamboo as its primary structural material. The dome’s geometry is defined by a starting hexagon situated at the apex of the sphere, which subsequently generates six identical segments that can be assembled individually.

The membrane follows a pattern resembling a football, with an elevated center point to facilitate water drainage and enhance the tensile stress of the textile. Initial analysis of the dome was conducted using Kangaroo physics within Grasshopper.

The bamboo structure underwent thorough analysis and simulation to determine the optimal diameter and strength of the bars. Simulation diagrams revealed a potential failure scenario attributed to insufficient strength in the foundation belt of the dome. This insight guided further refinement of the design to ensure structural integrity and stability.

Structural simulation diagrams showing on red the compression stress and on blue colour the tension stress

Section

Isometric of Bamboo structure

ALGAE JEWELRY

Project: Wearables Design

Status: On Sale

Design Team: Mariana Estrada & Eduardo N Luce Place: México

Year: 2020

Website: dematelier.com

3D Growth simulation where a container box limited the geometry size and external points served as attractors and directors of growth.

I embarked on a jewelry production venture inspired by the growth process of algae. The geometric design was conceptualized around a starting point (seed), an area designated for growth, and attractor points simulating light sources while avoiding collisions.

Through iterative processes, we developed various growth patterns and carefully selected the most promising designs for medium-scale production. These selected designs were then translated into molds suitable for crafting jewelry pieces in silver and gold.

Our meticulously crafted products, born from this innovative design approach, are now available for purchase, offering a unique blend of artistry and nature-inspired elegance to discerning customers. Additionally, I’m proud to announce that our jewelry line won the prestigious Best Professional Industrial Product Design Jewelry award in 2021, further validating our dedication to excellence and innovation in the field.

iterarion 3 iterarion 2 iterarion 1

WING ROBOTIC PNEUMATIC

Status: Academic prototyte

RC2 Robotic Architecture

Tutor: Valentina Soana, Shahram Minooee Sabery

Design Team : Yuting Lei, Yue Xu, Xiangyu Zhang, Eduardo N Luce

Year: 2022

Image : Eduardo N Luce, Rhino and vray photoshop edit

Shapes variations repertoire

WINGS combines pneumatic elements with curve folding principles to generate adaptive lightweight structural elements that change shape in response to human behavior.

It focuses on the exploration of topologies and folding principles to generate a catalog of shapechanging elements, in parallel with material development and a custom feedback control system developed to sense human emotions and translate them into material states in real-time.

This work questions the relationship between humans and space, proposing a soft and responsive environment connected to human emotions and perceptions.

Image: Eduardo Luce

K2 eng air pressure analysis

Photo: Yuting Lei , Physical WING prototype

LABYRINTH META-LUDUS

BARTLETT B-PRO / INTERACTIVE ENTITIES / PROJECT TITLE : LABYRINTH META-LUDUS

WORKSHOP TUTORS: VAMSI KRISHNA VEMURI, Mümün Keser, AREK KESHISHIAN

PROJECT TEAM MEMBERS: SURAPA PHATARAPRASIT, ELENI LEFTHERIOTI, EDUARDO LUCE, ESRA OKSUZ

Labyrinth Meta Ludus, defined as an irregular passageway through the metaball game consists of platforms that present the notion of gaming levels; for the visitors to explore and interact within the pavilion, each floor is like a tubular labyrinth, allowing gamers to decode the platforms to walk up and down the levels.

Movement.... fluidity .... motion... this pavilion creates these spatial languages for the visitors to explore the motion of virtual gaming, created by stimulation of excitement and realism.

The players are teleported onThe entrance of the platform, which is level 1. The player then will have to find their way up towards level 2 and so on and so forth to explore the pavilion. With this interaction, the player will have to spatially solve and move in order to find their way up the levels, like a puzzle.

Merrel Beacon Project

Project: Beacon Cabin

Status: Shortlisted finalist

Design Team: Eduardo N. Luce

Year : 2022

In collaboration with Mind, the mental health charity, outdoor clothing and footwear brand

The human-built nature extension for hikers aims to celebrate the iconic rock formations found on the island, fostering a harmonious dialogue with the surrounding landscape. Wood is proposed as the main material for this structure, offering a warm, natural aesthetic that fosters a deep connection between humans and nature. The envelope of the structure is intentionally left porous, with gaps between the vertical wood in the walls, allowing visitors to maintain visual contact with the outside while experiencing a sense of protection and tranquility.

Additionally, the facade incorporates wooden pots designed to host local greenery, seamlessly blending the structure with its natural surroundings. This integration of nature into the space transforms it into a passive companion for hikers, providing a serene and restorative environment for all who venture there.

Top view Section

Iso View

THANKS

Eduardo Nuñez Luce