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Master in Robotics & Advanced Construction 01

The Master Programme in Robotics and Advanced Construction is an innovative educational format that offers interdisciplinary skills and understanding through a series of class seminars that are put into practice through hands-on workshops. IAAC gives students the opportunity to create individual studio agendas and develop Pilot Thesis Projects based on the knowledge acquired during the seminars and workshops split into 3 Modules. In this way, IAAC puts together an experimental learning environment for the training of professionals with both theoretical and practical responses to the increasing complexity of the construction sector.

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Guillem Camprodon “From Machines to Meaning: Technology, Fabrication, and the Future of Making”


MRAC-01 2025-2026 by
MRAC-01 2025-2026

The lecture examined the evolution of digital fabrication, open-source hardware, and distributed manufacturing, emphasizing the relationship between technology, culture, and society. Fab Labs were presented as environments that democratize access to production tools, bridging the gap between industrial processes and individual creativity. The discussion traced the historical transformation from centralized industrial systems to decentralized innovation. … Read more

Soul and System | A Conversation with Aldo Sollazzo


MRAC-01 2025-2026 by
MRAC-01 2025-2026

Guest Lecture at IAAC (14 October 2025) – Exploring how La Máquina merges design, robotics, and the human element. During one of our sessions at IAAC, we had the opportunity to meet Aldo Sollazzo, co-founder of La Máquina, Noumena, and Pure.Tech, as well as a former IAAC faculty member in the field of robotic fabrication.Invited through the coordination of … Read more

Anatomy of a Machine: SPILL


MRAC-01 2025-2026 by
MRAC-01 2025-2026

For our second studio task the aim was to further experiment painting with robots; this time extending what paintings could be achieved when a standard brush was replaced by a custom made ‘spilling’ end effector controlled by an Arduino Uno. This was set through the brief as: To explore and consider, how a tool might … Read more

Motion  Control of Robotic Arms Through Grasshopper and Sketching Devices


MRAC-01 2025-2026 by
MRAC-01 2025-2026

Introduction This project orients around robotic drawing system that uses a brush to create adaptive visual results. It focuses on turning basic painting actions; such as dipping, stroking, and rotating—into clear, programmable steps. By combining digital design tools with robotic movement, the work explores how changes in brush angle, paint material, and surface conditions shape … Read more

Feasibility and cost estimations in digital fabrication


MRAC-01 2025-2026 by
MRAC-01 2025-2026

Building on our previous analysis of a large clay-printed geometric form, this study evaluates the feasibility of its digital-fabrication workflow. Through modular breakdown, material and time estimation, non-planar slicing analysis, and production-logistics modeling, we assess whether the system can be manufactured efficiently and economically. The process concludes with the development of a complete production plan … Read more

Design for Manufacturing of 3D Printed Architectural Systems


MRAC-01 2025-2026 by
MRAC-01 2025-2026

The project involves a large geometric form designed for clay 3D printing, consisting of 6 identical sections. This article will present the results of our analyses that explore the technical challenges and opportunities of this geometric design during the clay fabrication process. The workflow begins by rationalizing the pavilion structure into 6 symmetrical parts, isolating … Read more

Starmi: Folding facade


MRAC-01 2025-2026 by
MRAC-01 2025-2026

From Concept to Working Prototype Content research Before developing STARMI, research explored integrating electronic hardware into architectural design. The study examined responsive building systems, sensor technology, and kinetic principles, identifying origami-based folding facades as ideal for combining geometric adaptability with environmental responsiveness. This investigation into sensors, microcontrollers, and mechanical actuation established the foundation for an … Read more

Ambient Public Mood Beacons-MRAC01


MRAC-01 2025-2026 by
MRAC-01 2025-2026

‘Urban Sensing Begins: The City Meets Its Beacons’ PLACEMENT — The Sensing GroundThe first beacons are placed along the park’s circulation spine silent observers that begin listening to the city’s rhythm. Sound, motion, and presence data start forming an invisible map of human interaction.At this stage, the system is not reactive, it’s learning.It introduces itself … Read more

Anatomy of a Machine: Stroke


MRAC-01 2025-2026 by
MRAC-01 2025-2026

Introduction The Anatomy of a Machine: Stroke project explores the dialogue between human and robotic motion through painting. Conducted during the first MRAC studio, the exercise investigates how the physical behavior of paint, brush, and hand movement can be translated into robotic articulation. Over three weeks, we studied the anatomy of a brushstroke — first … Read more

The Massage Chair


MRAC-01 2025-2026 by
MRAC-01 2025-2026
Top angle view

The massage chair is an experiment in digital fabrication and hybrid workflows, using computational design, CNC milling, 6-axis robotic milling, and human assembly and finishing, to understand how different subtractive manufacturing processes can be combined to balance speed, precision, and material expression in digital fabrication. Materials Tools Used Early Designs Early explorations of designs in … Read more

Nidra chair – MRAC & MAEB Workshop 1.1


MRAC-01 2025-2026 by
MRAC-01 2025-2026
Nidra chair

The Nidra Chair was developed within the framework of Workshop 1.1, where we explored robotic milling using the KUKA robotic arm. The design process was guided by a set of conceptual ideas—texture, nest, wings, and storage—which shaped the formal and tactile language of the piece. Inspired by notions of protection, warmth, and well-being, Nidra seeks … Read more

Robotic Milling and Design for Subtractive Manufacturing — Elephant Chair


MRAC-01 2025-2026 by
MRAC-01 2025-2026

Abstract: The Elephant Chair project was developed during the workshop “Robotic Milling and Design for Subtractive Manufacturing Workflows.”This workshop explored hybrid fabrication methods combining 3-axis CNC milling and 6-axis robotic milling to translate digital geometries into precise wooden prototypes. Our team designed and fabricated a furniture piece inspired by organic anatomy, robust yet flexible, mirroring the mechanical elegance of the machines used … Read more