Designing Small Datasets: ML modeling applications for 3d printed biopolymer composites in architecture

Gabriella Rossi forsvarer sin ph.d.-afhandling: Designing Small Datasets: ML modeling applications for 3d printed biopolymer composites in architecture. Der er offentlig adgang til forsvaret, som vil foregå på engelsk. 

Agenda

13:00   Welcome and presentation of chairperson, Assessment Committee, supervisors, and author

13:05   Gabriella Rossi presents her dissertation: "Designing Small Datasets: ML modeling applications for 3d printed biopolymer composites in architecture"

13:50    Short break

 According to the ’Ministerial Order on the PhD Course of Study and the PhD Degree’ the chairperson may invite the audience to contribute with short statements. Such intentions should be addressed to the chairperson during the break.

14:00   Sean Hanna, Professor, University College London (UCL), Great Britain

14:30   Benjamin Dillenburger, Professor, Doc., ETH, Zurich, Switzerland 

15:00    Olga Popovic Larsen, Professor, Royal Danish Academy – Institute of Architecture and Technology, Copenhagen, Denmark (Chair of the Assessment Committee) 

15:30   Comments from the auditorium

The Assessment Committee evaluates and makes the concluding remarks 

Closure of session. 

Assessment committee

• Sean Hanna    Professor, University College London (UCL), Great Britain                                                           
• Benjamin Dillenburger    Professor, Doc., ETH, Zurich, Switzerland
• Olga Popovic Larsen    Professor, Royal Danish Academy – Institute of Architecture and Technology, Copenhagen, Denmark (Chair of the Assessment Committee)

Principal Supervisor 

• Mette Ramsgaard Thomsen - Professor, Royal Danish Academy – Institute of Architecture and Technology, Copenhagen, Denmark (Chairperson of the defence)

Co-Supervisor 

• Paul Nicholas   Associate Professor, Royal Danish Academy – Institute of Architecture and Technology, Copenhagen, Denmark

The thesis is the result of a PhD project funded by Independent Research Fund Denmark and was carried out at the Royal Danish Academy – Centre for IT and Architecture, Copenhagen, Denmark, within a larger project in collaboration with Technical University of Denmark (DTU) and the University of Reading. 

The thesis is available to look through for interested persons at the Library of Architecture, Design and Performing Arts, Danneskiold-Samsøes Allé 50, 1434 Copenhagen K.