M2.1 | Adaptive Reuse – Designing with existing Buildings© Rory Hyde (mod.)
Architects always had to work with existing buildings. However, prioritising the integrity of historical buildings in adaptive reuse designs is a lasting principle that emerged from modernist ideologies and as a reaction to the blight of many historic buildings in the wars of the twentieth century. Overlooked by such preservation philosophies, many buildings that were not deemed worthy of protection were demolished only to be built over by new structures. In the twenty-first century architects increasingly valorise existing buildings of any kind, regardless of their listing as protected buildings. The sheer amount of mid-century modernist buildings challenges planners and designers at a time when reusing objects is often considered more sustainable and less resource consuming than creating new ones.
Against this background, we'd like to invite students to explore designing with existing buildings in a design studio entirely focussed on adaptive reuse. Students are expected to not only draft carefully planned and detailed design proposals, but to cater an existing building's formal qualities with convincing compositions. During the first term, students (in groups of two) will explore the particularities of adaptive reuse projects by preparing general designs for three additions to structures dating from the medieval times to mid-century modernism. The groups will be asked to choose a different design approach for each design: insertion, extension, opposition or (critical) reconstruction. For the second term of the project, the pairs of students will choose one of their initial designs, extend it and finish it at a detailed level.
M2.1 Design Project
M.Sc. | 2nd and 3rd Semester
Introduction: April 13, 2021, 10am, via Zoom
Intermediary crits: More information coming soon
Final crit: The design studio will be continued in the winter term of 2021/22
Univ-Prof. Dr.-Ing. Anke Naujokat
Felix Martin, M. Sc. RWTH
Tim Scheuer, M. Sc. RWTH (Adjunct)
Dr.-Ing. Tobias Glitsch (Guest Critic)