Dense and Green Building Typologies

In this book, leading architects and landscape architects provide their perspectives on the design of dense and green building types in high-density urban contexts that can support higher population densities, higher standards of environmental sustainability and enhanced liveability in future cities.

Autorentext
Thomas Schroepfer is Professor of Architecture and Sustainable Design (ASD) at Singapore University of Technology and Design (SUTD) and Principal Investigator of the Dense and Green Building Typologies project in the Future Cities Laboratory at the Singapore-ETH Centre (SEC-FCL). He began his academic career at Harvard University where he was appointed Assistant Professor of Architecture in 2004 and Associate Professor of Architecture in 2008. He was named Full Professor after joining SUTD in 2011, where he became Associate Head of Pillar of ASD, Co-Director of the SUTD-JTC I3 Centre and Director of the University's award-winning Advanced Architecture Laboratory. He held visiting professorships at Massachusetts Institute of Technology, Swiss Federal Institute of Technology and National University of Singapore. In 2015, he was appointed member of the SEC-FCL Steering Committee. His book publications have been translated into several languages and include Dense + Green: Innovative Building Types for Sustainable Urban Architecture (Birkhäuser 2016), Ecological Urban Architecture: Qualitative Approaches to Sustainability (Birkhäuser 2012) and Material Design: Informing Architecture by Materiality (Birkäuser 2011). He is the recipient of prestigious awards and recognitions, including the German Desgin Award, Singapore Design Award and Asia Education Leadership Award. His projects have been exhibited at important international venues, including the Venice Architecture Biennale, the World Architecture Festival and the World Congress of Architecture.
Sacha Menz is Full Professor of Architecture and Building Process at the Federal Institute of Technology (ETH) Zürich. He has served as the Dean of the Department of Architecture, for over ten years he is leading the Institute of Technology in Architecture (ITA) where he designed and coordinated the building process of the Arch_Tec_Lab. He also established the Master of Advanced Studies (MAS) Programme in Architecture, Real Estate and Construction, as well as several CAS (Certificate of Advanced Studies) courses at ETH. He held the position of Deputy Director at NCCR (National Centre of Competence in Research) in Digital Fabrication and was a Guest Professor at South-Eastern University in Nanjing, China. Trained in Architecture at ETH with a master's degree, Sacha co-established sam Architects and Partners (SAM) in Zürich/Switzerland. SAM designed the award-winning »Vorderer Sternen« Building in Zürich. He is member of several boards such as the Architectural Board of Consultants for the City of Ostfildern, Germany; Board of Directors of Swiss Engineers and Architects Association (SIA), Reviewing Board for Clusters of Excellence of the DFG (German Research Foundation). Sacha's research focuses on the future of building processes, the influences of economics in architecture and construction and on public space in the urban context. He has authored academic publications, Three Books on the Subject of Building Process, VDF Editors and Public Space Evolution in High-Density Living in Singapore and actively contributes in international conferences and architectural juries. Currently, he is co-leading the Dense and Green Building Typologies project in the Future Cities Laboratory at the Singapore-ETH Centre.

Inhalt

CHAPTER 1

Dense and green: definitions

CHAPTER 2

The evolution of dense and green in Singapore

CHAPTER 3 Dense and green policies

URA Landscape Replacement Area (LRA)

NParks LEAF

BCA Green Mark

CHAPTER 4

Dense and green planning processes

CHAPTER 5

Dense and green design processes

CHAPTER 6

Dense and green buildings

CHAPTER 7

Types of greenery

CHAPTER 8

Technical aspects and maintenance

CHAPTER 9

Dense and green challenges

CHAPTER 10

Dense and green benefits

Environmental parameters

Thermal comfort

Solar shading

Daylight glare control

Mitigation of urban heat island effects

Air particles

Air pollutants

Noise pollution

Biodiversity

CHAPTER 11

Integration of dense and green within other land uses

Hotels

Hospitals Office buildings

Public housing

Private housing

Institutional buildings Retail buildings

CHAPTER 12

Dense and green post-occupancy studies

CHAPTER 13

Dense and green impact on neighbourhoods and parks

CHAPTER 14

Dense and green impact on biodiversity

CHAPTER 15

Dense and green impact on urban density

CHAPTER 16 The future of dense and green