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# 3D Printing

Computational Design Strategies for Robotic Fabrication

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MRAC-01 2024-2025
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The Software-I seminar introduces computational design strategies for robotic fabrication, focusing on the software aspects of these processes. The following exercises cover different manufacturing strategies that translate digital models into buildable forms through precise toolpath development and simulation. These include an end-to-end process from conceptual design to the generation of fabrication files for robotic systems, … Read more

Techne W1: Matter

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3DPA 2024-2025

The week of Teche 01 workshop focused on introducing students and part of the research team in the landscape of Valldaura. The team was in charge of gathering soil samples from different areas of the forest campus in order to compare different behaviors of the soil. Through a series of tests , each group showed … Read more

Techne W3: Structure

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3DPA 2024-2025

TECHNE: W3 – STRUCTURE workshop asks students to examine the structural behaviors inherent in 3D printing with clay and earth. Our goal for this week’s workshop was to print the tallest single and double surface structure that will be assessed against performance metrics such as toolpath length, print volume, print time, weight, collapse height, and … Read more

Techne W5: Fragments

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3DPA 2024-2025

After exploring periods in 2D and their capacity to deform, promising periods were tested in 3D to mitigate certain climatic phenomena and achieve various climatic performances, such as heat storage capacity of matter, ventilation, self-shading, and daylight allowance. Heat Storage Capacity of Matter To test this, a catalogue of deformation along 3 different axes was … Read more

Techne W2: Machine

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3DPA 2024-2025

The Techne 02 machine workshop, is meant to introduced students and part of the research team into the different print methodologies of 3D clay printers. Part of the workshop explores different nozzle sizes, seam strategies, and even geometries, that can be created with a simple cylinder. The purpose is to explore height, and geometrical difference … Read more

Techne W6: Volume

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3DPA 2024-2025

In Valdaurra Labs, the design of 3D-printed earth walls needs to incorporate strategic grid/period deformations to optimize for natural light and ventilation. By adjusting the curvature and openings in these periods and grids, the structure allows for more sunlight to penetrate while improving airflow and maintaing the building cool. This strategic deformation allows for play … Read more

Mediación de la Paz Urbana: Ideando un Campus-Parque para la Auto-Fabricación en San José de Costa Rica, CA.

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MaUP 2023-2024

La formulación de la paz es imposible para el consenso de las masas actuales. Esta misma perspectiva es igualmente negativa en el país que inició el desarme de sus tropas después de la dolorosa II Guerra Mundial y una sangrienta Guerra Civil en 1948, esta es Costa Rica. Una utopía en las américas, una deformada … Read more

Architecture Inspired Furniture

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MaCAD 2023-2024

Artificial Inspiration – Dissecting the Creative Process Creativity is often viewed as a uniquely human trait, emerging from the processes of study, interpretation, replication, and mixing variables to create new combinations and results. This project explores whether it is possible to develop a framework based on these principles that AI can reproduce and whether this … Read more

MURO DE AGUA

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MRAC-02 2023-2024

INTRO This study investigates innovative joinery solutions for modular evaporative cooling systems using 3D printed clay. With the rising global temperatures and subsequent increased demand for energy-consuming air conditioning systems, there is a crucial need for sustainable cooling alternatives. The research focuses on addressing the challenges of material shrinkage and joinery reliability in 3D printed … Read more

ECOVEY: WEARABLE DELIVERY MANAGMENT SYSTEM

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MAA-02 2023-2024

will update everything after finals : ) ECOVEY is a project of Urban Shift, developed during the Master in Advanced Architecture (MAA02) at IAAC, the Institute for Advanced Architecture of Catalonia, by students: Anastasija Vidović (IAAC), Alessa Honetschläeger (WU), Killian Karb (HDM) Erik Allmer (TU Wien) faculty: Chiara Farinea, Fiona Demeur & the Urban Shift … Read more

CHAN-KA

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MAA-02 2023-2024

Project Chan-Ka: Pioneering Sustainable Lunar Habitats The concept of Project Chan-Ka represents a significant leap in lunar habitation design. This innovative approach to creating a sustainable environment on the Moon is a testament to human ingenuity and the relentless pursuit of space exploration. The project envisions a habitat constructed from interlocking 3D printed components made … Read more