The Master in Robotics and Advanced Construction (MRAC) seeks to train a new generation of interdisciplinary professionals who are capable of facing our growing need for a more sustainable and optimised construction ecosystem. The Master is focused on the emerging design and market opportunities arising from novel robotic and advanced manufacturing systems.

Through a mixture of seminars, workshops, and studio projects, the master programme challenges the traditional processes in the Construction Sector. It investigates how advances in robotics and digital fabrication tools change the way we build and develop processes and design tools for such new production methods.


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Manifesto: Fostering Innovation Through Interdisciplinary Collaboration

Introduction: This manifesto champions interdisciplinary collaboration, drawing inspiration from Luis Fraguada’s transformative work in ‘Robots in Gastronomy and Fashion Technology’. His achievements underscore the immense potential of exploring the intersection of design, technology, gastronomy, fashion, and more, filling us with optimism and hope. Join us on this journey to unearth hidden synergies and boundless possibilities. … Read more

Reliving

State of the Art Raw Timber and AEC Industry Wood waste is often disregarded in the wood industry and the construction industry. Majority of wood used in construction is sawn and processed wood that not only generates waste on its production but it is also associated with high CO2 emissions, because of the embodied energy … Read more

Manifesto for a New Era in Construction: Embracing AI

“In the dawn of this new era, the construction industry stands at the threshold of transformation, poised to redefine its legacy through the power of Artificial Intelligence (AI) and comprehensive data analytics.”* This manifesto aims to put forward the benefits of AI and how it can help the The construction business be improved by collecting … Read more

Crafting Spaces: The Role of Art in the Contemporary Industry of Architecture

This manifesto has been inspired by artist Maja Smrekar’s master class at IAAC, wherein she illuminated the myriad possibilities and variables that art can encompass when integrated with the digital tools available to today. The designer’s key intensions on “How Contemporary Art could incorporate the latest technology” as world is evolving with this bespoke technology. … Read more

Manifesto for Robotics in Construction Tailored Policies and Protocols for Diverse Environments

Inspired by Jordi’s Masterclass at IAAC, where he shared his experiences in robotic business and scope exploration, we’ve crafted our manifesto. This document reflects the significant insights he shared, particularly concerning entrepreneurship and startup endeavors in the construction industry. Shaping our collaborative journey into the intersection of design, technology, and construction, this manifesto outlines tailored … Read more

Material Matters: A Vision for Future Architecture

  In today’s world, architects and construction professionals are on the brink of an exciting era. This is guided by pioneers like Tom Svilans and Mariana Popescu who redefine what is possible. They are fusing material science, computational design, and digital fabrication. A collaborative, innovative, and sustainable built environment is illustrated by this manifesto, based … Read more

Robotic Manifesto: Embracing Advanced manufacturing in complex architectural geometries

Introduction: In the realm of architecture, we stand at a pivotal moment where traditional construction methods struggle to meet the demands for intricate architectural forms while sustainability concerns continue to mount. As students of the Master in Robotics and Advanced Construction program, guided by the expertise of Mariana Popescu, we advocate for a paradigm shift … Read more

Master class manifesto

Taking inspiration from Luis Fraguada’s Masterclass at IAAC, where he shared his journey with food 3D printing, the ups and downs of running a startup, and his dive into wearables, we’ve put together our manifesto. It’s shaped by the key insights he shared, especially around business and startups, setting the direction for our collective venture … Read more

Follow Me

Aim To explore innovative parametric tiling designs through the utilization of robotic tiling setups. The project aim is to utilize the functions of  COMPAS framework and its extensions for robotic planning. Also, to incorporate computer vision and scanning information into the tiling process to enhance precision and efficiency. Design Logic Inspired by the idea of … Read more

Robotic Gaudi

AIM DESIGN The three distinct design methodologies we explored employed grayscale image mapping, where the gray areas functioned as attractors and filters for colored circles. Our second experiment focused on employing curves as generators for the spatial arrangement and packing of a variety of larger circles. The third methodology extended our exploration to the incorporation … Read more

Kangaroo follows the COMPAS

This project documents a 1-week workshop that introduced students to the COMPAS framework. Our goal was to design a tile mosaic that would be part of a collaborative pick-and-place workflow with the UR5, incorporating COMPAS Fab, Kangaroo (Grasshopper), and ROS. What is COMPAS? Utilizing the COMPAS framework developed by Gramazio Kohler Research and the larger … Read more

Natural Terracotta Air Conditioners – NTAC

Pathways to decarbonization or the dissolution of our illusions. In the midst of a scorching summer, a weary homeowner welcomed the arrival of a shiny new air conditioner, seeking respite from the oppressive heat. Grateful for the cool breeze that soon filled the living room, they savored the relief it brought. However, unbeknownst to them, … Read more

DigiPix

INTELLIGENT SENSING AND VISION This project aims to develop an interactive LED matrix capable of dynamically responding to real-time behaviors in its surrounding environment while ensuring versatility in its applications. By integrating sensors to detect various environmental stimuli and employing advanced data processing techniques, the LED matrix will generate dynamic visual patterns that reflect the … Read more