Interdisciplinary Design Practice
This course aims to teach, stimulate and demonstrate “design led” opportunities that exist in the practice of Architecture. Positioned within the space of interdisciplinary boundaries, the course invites both GSD and MIT students to encourage and pioneer a joint, interdisciplinary discourse, to learn how projects are won/designed and built.
Ten high profile projects, won as design competitions and subsequently constructed, act as the platform to expand the thinking on issues such as:
· How each architectural practice reacts to and delivers design;
· Pioneering technical solutions;
· Establishing a variety of aesthetic positions;
· Exploring transformational research in both design methodologies and technological developments;
· Pushing the client’s brief.
The course structure covers a broad spectrum of architectural approaches that allow students to respond to each unique derivative position, from concept to construction. Through substantial and unpublished original material, students will engage with the early conceptual stages through to the detailed design process and construction. During the course, several project architect(s) from the cases will participate in the discussion.
Case studies will be studied in thematic modules, with each module lasting 4-5 sessions. Through fast design exercises, analysis, interaction and team work, students will become part of the project team in the most critical design decisions. Student work consists of two team assignments and a final design project. Student teams will be assigned for each assignment and present their analyses in class. The final design project will be a team project, and it will bring together all the themes of the course through the task of responding in a given design brief.
London 2012 Olympics, Heydar Aliyev Cultural Centre (Zaha Hadid), 2010 Shanghai Expo UK Pavilion (Heatherwick), Turner Contemporary Museum (David Chipperfield Architects); Phaeno Centre (Zaha Hadid) & MSU Eli and Edythe Broad Art Museum (Zaha Hadid) and Sainsbury Laboratory (Stanton Williams), Crick Institute (HOK and PLP) and 240 Blackfriars (AHMM).