Name: SONG Daifeng
Gender: Male
Degree: Doctor of engineering
Title: Associate Professor
Research Interest:
Water Sensitive Urban Design
Human Settlement Environment
Courses Taught:
Public Building Design
Modern Design Theories in Architecture
Education Background:
2006 -2012, Doctor of engineering, Zhejiang University, China
2001 -2004, Master of Architecture, Zhejiang University, China
1999 -2004, Bachelor of Architecture, Zhejiang University, China
Professional Experience:
2012-Present, Assistant Professor, School of Architecture and Civil Engineering, Xiamen Univ.
2004-2005, Architect, Hangzhou Architecture Design Institute Co.,Ltd.
Honors and Awards:
Research Grants:
Natural Science Foundation of Fujian province: Design patterns for sustainable storm water management oriented residential development in southeast Fujian coastal cities: a case study in Xiamen. 2015-2018. Project Director
Natural Science Foundation of Fujian province: Research on climate function assessment system and urban design strategies for southeast Fujian coastal cities. 2015-2018. Project team member
National Natural Science Foundation of China: Research on approach to UCMap-based urban design strategies for southeast Fujian cities. 2014-2017. Project team member
Construction science and technology project of Xiamen: Research on urban climatic problem-solving and energy-saving based urban design strategies for Xiamen. 2013-2014. Project team member
Publications(Journal Articles, Books and Translated Books)：
SONG Daifeng. Process and Procedures for Stormwater Management oriented Residential Design. 2013. Xiamen China. Xiamen University Press (In Chinese )
SONG Daifeng, LIU shuyu, WANG Shaosen. The review and implication of urban climatic map in Stuttgart, Urban Development Studies Vol.22, No.12, 2015.
LIU shuyu, SONG Daifeng, WANG Shaosen. The evolution of urban climatic map and corresponding guidance for urban planning in Germany，Urban Planning International, Vol.30, No.3, 2015.
LIU shuyu, SONG Daifeng, WANG Shaosen. Approaches for the integration of Urbanity and Eco-efficiency in Contemporary German Residential development: A Case Study of Scharnhauser Park, New Architecture, Vol.2/2015.
LIU shuyu, SONG Daifeng, WANG Shaosen. Approaches for the integration of Urbanity and Eco-efficiency in Contemporary German Residential development: A Case Study of Scharnhauser Park, New Architecture, Vol.2/2015.
LIU shuyu, SONG Daifeng, WANG Shaosen. Mixed-use in practice: German experience with implementing a planning principle，Urban Planning International, Vol.29, No.6, 2014.
Office: Rm A311, Bld Zengchengkui, School of Architecture and Civil Engineering, Xiamen University, No.182, Daxue Road, Xiamen, Fujian Prov. China 361005.
Tel(O): +86 18959208056
Email: songdf22@msn.com
