Martin Bechthold

Kumagai Professor of Architectural Technology, Academic Dean

Contact Office Location

Gund 415

CVDownload
Affiliations
  • Laboratory for Design Technologies
  • Material Processes and Systems Group
Research Areas
  • Construction & Building Systems
  • Design Engineering
  • Design Robotics
  • Materials & Material Systems

Martin Bechthold is the Kumagai Professor of Architectural Technology in the GSD’s Department of Architecture and currently serves as the GSD’s Academic Dean as well as the head of the Advanced Studies Programs. Bechthold was the founding Co-Director of the Master in Design Engineering Program and is Affiliate Faculty at the Paulson School of Engineering and Applied Sciences (SEAS) at Harvard. He teaches courses in design and research methods, material systems, and building structures. Recent courses include ‘Towards a New Science of Design?’, ‘Nano, Micro, Macro: BioFabrication’, ‘Faux: Design, Performance and Perception of Fake Materials’ as well as ‘Structural Design II’.

Bechthold received a Diplom-Ingenieur degree in architecture from the Rheinisch-Westfalische Technische Hochschule in Aachen, Germany, and a Doctor of Design Degree from the Graduate School of Design at Harvard University. He is a registered architect in Germany and has practiced in London, Paris, and Hamburg. During this period he was associated with firms such as Skidmore, Owings & Merrill, Santiago Calatrava and von Gerkan, Marg & Partner.

In 2010 Bechthold founded the GSD’s Design Robotics Group and, in 2014, merged it into the Material Processes and Systems (MaP+S) Group , a collaboration of faculty, post-doctoral fellows, research associates, and students that pursues sponsored and other research projects. MaP+S’s current research focuses on low carbon material systems, architectural ceramics, and on understanding the role materials play in our perception of and behavior in buildings. In 2018 Bechthold initiated the creation of the Laboratory for Design Technology as a collaborative platform that connects Harvard Faculty and researchers with forward looking thought leaders from industry.

Bechthold is co-author of ‘Structures’ and ‘Computer-Aided Design and Manufacturing’, as well as the author of ‘Innovative Surface Structures’. His most recent book is ‘Ceramic Material Systems’. Bechthold’s peer reviewed journal papers have been published in widely read journals including Nature Reviews, Advanced Functional Materials, and Energy and Buildings. He holds multiple patents on material innovations.

Courses

ADV-9506
Thesis Extension in Satisfaction of Degree Doctor of Design
Anita Berrizbeitia, Diane Davis, Gareth Doherty, K. Michael Hays, Ali Malkawi, Mohsen Mostafavi, Richard Peiser, Pablo Pérez-Ramos, Peter Rowe, Carole Voulgaris, Charles Waldheim, Martin Bechthold
Fall 2025
Thesis Research
16 Units
ADV-9504
Thesis in Satisfaction of Degree Doctor of Design
Martin Bechthold, Diane Davis, Gareth Doherty, Jonathan Grinham, Ali Malkawi, Rachel Meltzer, Mohsen Mostafavi, Peter Rowe, Carole Voulgaris
Fall 2025
Thesis Research
16 Units
SCI-6229
Structural Design II
Martin Bechthold
Fall 2025
Lecture
4 Units
ADV-9503
Preparation of Doctoral Thesis Proposal
Martin Bechthold, Diane Davis, K. Michael Hays, Ali Malkawi, Mohsen Mostafavi
Fall 2025
Advanced Research Seminar
4 Units
VIS-2463
Spring 2025
Project-based Seminar
4 Units
ADV-9506
Thesis Extension in Satisfaction of Degree Doctor of Design
Martin Bechthold, Anita Berrizbeitia, Diane Davis, Gareth Doherty, Ann Forsyth, Gary R. Hilderbrand, John May, Rahul Mehrotra, Mohsen Mostafavi, Erika Naginski, Antoine Picon, Peter Rowe, Carole Voulgaris, Charles Waldheim
Spring 2025
Thesis Research
16 Units
ADV-9504
Thesis in Satisfaction of Degree Doctor of Design
Martin Bechthold, Diane Davis, Ali Malkawi, Mohsen Mostafavi, Richard Peiser, Antoine Picon, Peter Rowe, Holly Samuelson, Pablo Pérez-Ramos, K. Michael Hays
Spring 2025
Thesis Research
16 Units
ADV-9502
Independent Study by Candidates for Doctoral Degrees
Peter Rowe, Ali Malkawi, Martin Bechthold
Spring 2025
Thesis Research
4 Units

Projects