ReNew Town

ReNew Town puts forth an innovative vision of performative design and planning for low-carbon sustainable development, and illustrates practicable strategies for balancing environmental systems with urban infrastructure and new housing prototypes. To date, much of the discourse on the design of sustainable communities and 'eco-cities' has been premised on using previously undeveloped land. In contrast, this book and the project it showcases focus on the retrofitting and adaptation of an existing environment - a more common problem, given the extent of the world's already-built infrastructure. Employing a 'research through design' model of inquiry, the book focuses on large-scale housing developments - especially those built around the world between the 1960s and the early 1980s - with the aim of understanding how best to reinvent them. At the center of the book is Tama New Town, a planned community outside Tokyo that faces a range of challenges, such as an aging population, the deterioration of homes and buildings, and economic stagnation. The book begins by outlining a series of principles that structure the ecological and energy goals for the community. It then develops prototypical solutions for designing, building and retrofitting neighborhoods. The intent is that these prototypes could be applied to similar urban conditions around the world. ReNew Town is the product of a collaborative design research project at the Massachusetts Institute of Technology (MIT) School of Architecture and Planning, and Japan's Sekisui House LTD.

Andrew Scott is an international Architect, Professor, and Director of the Professional Program in Architecture at the Massachusetts Institute of Technology. Eran Ben-Joseph is a Landscape Architect, Professor, and Head of the Joint Program in City Design and Development at the Massachusetts Institute of Technology.

Part 1: Sustainable Initiatives 1. Research in Context 2. Assumptions Part 2: Concepts 3. Tama New Town 4. Initial Survey + Preliminary Propositions 5. Abstractions + Typologies Part 3: Applied Prototypes 6. Measuring Performance: Infrastructures 7. Site Concepts 8. Low Density Prototypes 9. Medium Density Prototypes 10. High Density Prototypes 11. Future Directions Appendix: Carbon Calculations