Designing for Repair: An integrated design and repair framework for 3D printing in architecture
Det Kongelige Akademi
Philip de Langes Allé 10
Auditorium 14, Indgang D
1435 København K
Danmark
Ruxandra Chiujdea forsvarer sin ph.d.-afhandling 'Designing for Repair: An integrated design and repair framework for 3D printing in architecture'. Der er offentlig adgang til forsvaret.
Agenda
13.00: Welcome and presentation of chairperson, assessment Committee, supervisor and author
13.05: Ruxandra Chiujdea presents her dissertation: Designing for Repair: An integrated design and repair framework for 3D printing 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 chair of the Assessment Committee during the break.
14.00: Kathrin Dörfler, Associate Professor, Technical University of Munich, Germany
14.30: David Andreen, Associate Professor, Lund University, Sweden
15.00: Olga Popovic Larsen, Professor, Royal Danish Academy - Institute of Architecture and Technology, Copenhagen, Denmark (Chair of Assessment Committee)
15.30: Comments from the auditorium
The Assessment Committee evaluates and makes the concluding remarks closure of session.
Assessment Committee
- Kathrin Dörfler, Associate Professor, Technical University of Munich, Germany
- David Andreen, Associate Professor, Lund University, Sweden
- Olga Popovic Larsen, Professor, Royal Danish Academy - Institute of Architecture and Technology, Copenhagen, Denmark (Chair of Assessment Committee)
Principal Supervisor
- Mette Ramsgaard Thomsen, Professor, Royal Danish Academy - Institute of Architecture and Technology, Copenhagen, Denmark (Chair 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 with Royal Danish Academy - Institute of Architecture and Technology.
The thesis is available to look through for interested persons at Royal Danish Academy - Library, Danneskiold-Samsøes Allé 50, 1434 Copenhagen K.