Marta Malé-Alemany

Founder & Lead, Robot Lab and Head Lecturer in Digital Production, Faculty of Technology, Amsterdam University of Applied Sciences (AUAS), Netherlands

Marta Malé-Alemany is Founder & Lead in the Robot Lab; Head Lecturer in Digital Production, Faculty of Technology, Amsterdam University of Applied Sciences (AUAS) in the Netherlands; and was a member of the Holcim Foundation Awards 2011 jury for Europe.

Last updated: April 26, 2024 Amsterdam, Netherlands

Holcim Foundation Awards 2011

Marta Malé-Alemany was a member of the Holcim Foundation Awards 2011 jury for Europe.

She is an academic in architecture and researcher and curator specialized in the relationship and integration between design and digital production technologies. Her work applies digital design and production technologies to help address urgent societal challenges, exploring how smart industry processes (robotics and more) can be a game changer for the circular transition.

In academia, she accumulates a wide experience teaching advanced design studios and seminars in US and European architectural schools (UCLA Los Angeles, SCIArc Los Angeles, UPENN Philadelphia, MIT Boston, AA London, IAAC Barcelona and other), where she founded and directed several Master and Post-graduate programs.

She is a Head Lecturer in Digital Production at the Faculty of Technology of AUAS - HvA (Amsterdam University of Applied Sciences – Hogeschool van Amsterdam), and is part of the Urban Technology Research Program –which includes 80+ researchers focussed on Mobility & Logistics, Urban Design, Energy Systems and Circular Design & Production - Within the chair of Circular Design & Production, Marta guides the implementation of digital production for Research and Education, seeking solutions that contribute to the Circular Economy of the city.

She graduated from ETSAB-UPC (Barcelona 1996), holds a Master’s Degree in Advanced Architectural Design from Columbia University (New York, 1997), and a PhD from ESTAB-UPC (Barcelona, 2016). Her doctoral thesis explores the potential of large-scale Additive Manufacturing technologies to innovate design and building construction.