Master of Science in Advanced Architectural Design

The Master of Science in Advanced Architectural Design (MSc(AAD)) is a design-focused post-professional, specialist taught postgraduate that creates a unique platform for students, practicing architects and urban researchers to contribute to emergent, cutting-edge research-based design agendas that result in real-life propositions.

THE BUILDING SOCIETY is a new school for advanced architectural design and experimentation established with the belief that the social contract of the architect is essential to tackling the many complex and urgent issues we face today. The challenges posed by climate change alongside socio-economic uncertainty will impact not only the making of architecture, but question its relevance to contemporary society. By harnessing the technological innovations of past and present we seek a new vision for future and sustainable practices of architecture. The program fosters interdisciplinary collaboration and new methods to integrate research with practice. In three semesters devoted to field research, prototyping and onsite construction, students will develop skills and techniques that go beyond the safe haven of studio work to engage real-life problems through collective intelligence. Architecture cannot be made alone.

Architecture is on the frontlines of the climate change battle. The making of the built environment, coupled with rapid urbanization is one of the most unsustainable processes worldwide. But it is where the most potential for positive impact can be made. Our school is based in The University of Hong Kong’s Faculty of Architecture, utilizing its many labs and fabrication facilities while having extensive engagement with Chinese villages at the forefront of the urbanization process. Our sites are not only physical places but exemplify a transition between traditional and modern living. These alternative lifestyles and livelihoods offer clues to sustainable ways of living. As architects we will investigate how to adapt locally intelligent building practices, low-cost materials and cutting-edge fabrication techniques coupled with traditional know-how. Our exploration will take place at the intersection of local and global forces – with the belief that universal problems are best solved through site specific action.