Introduction

Professor NG Yan Yung Edward is Professor of Architecture in the School of Architecture of The Chinese University of Hong Kong (CUHK). He is the first incumbent of the Yao Ling Sun Endowed Chair in Architecture. He worked as an architect before becoming a professor. He specializes in Green Building, Environmental and Sustainable Design, and Urban Climatology for City Planning.


As an environmental consultant to the Government of the Hong Kong Special Administrative Region, Professor Ng developed the performance-based daylight design practice note, the Air Ventilation Assessment Technical Guidelines, and the Urban Climatic Maps for City Planning. He is now collaborating with public health colleagues to investigate the impact of city design and climate change on urban living.


In 2005, Professor Ng pioneered the idea of “Wu Zhi Qiao” (Bridge to China) and successfully built the first bridge in Gansu in China together with students from CUHK and other universities and professionals. Later in 2007, he founded the “Wu Zhi Qiao (Bridge to China) Charitable Foundation” and held the founding chairmanship until 2013. In 2006, while still building bridges, Professor Ng initiated “A School To Learn” campaign and led his architecture students to build school facilities and start an education assistance programme in Guangxi in South West China. In early 2014, noting the cultural and socio-economical needs of remote villagers in South West China, Professor Ng established the “One University One Village Project Initiative” to continue his humanitarian work with his students.


Professor Ng has published over 500 papers and 3 books. He has twice received the International Award from the Royal Institute of British Architects (RIBA). He has also twice been honoured by the UNESCO Asia Pacific Heritage Jury Commendation for Innovation Award. He was the recipient of the 2010 Red Cross Humanitarian Award and was named one of the “Asian of the Year” by Reader’s Digest in 2011. His design project won the World Building of the Year Award at the 2017 World Architecture Festival (WAF) in Berlin. He has recently been honoured by Cambridge Univeristy with a prestigious Doctor of Science (DSc) degree.

Research Interests

Sustainable Architectural Design and Urban Planning

Selected Publications

Urban Climatic Map – an Information Tool for Sustainable Urban Planning

Ng, E. and Ren C. (ed) (2015). Urban Climatic Map – an information tool for sustainable urban planning, Earthscan-Routledge, London, UK. ISBN 978-1-84971-376-4


Dense Cities in the Tropical Zone

Ng, E.(2012) Dense Cities in the Tropical Zone, in Solar Energy at Urban Scale, Benoit Beckers (ed), John Wiley and Sons. ISBN: 9781848213562


Designing High Density Cities – For Social and Environmental Sustainability

Ng, E. (ed) (2009). Designing High Density Cities – For Social and Environmental Sustainability, Earthscan Publications Ltd., London, UK, 342 pgs. ISBN-13: 978-1844074600


For full publication record, refer to Google Scholar.

Recent Research Projects

Increasing the Resilience to the Health Impacts of Extreme Cold Weather on the Older Population Under Future Climate Change
RGC-RIF; 2023


Improvement of the Understanding of the 3-dimensional Wind Behaviors in Urban Areas of Hong Kong Using Doppler Lidar System
EPD; 2022


Understanding the Influence of Street Network Designs on Pedestrian Ventilation in High-density Urban Areas: a Wind Tunnel Study
RGC-GRF; 2021


Developing a Performance-based 3d Green-blue Index for Sustainable Urban Living
RGC-GRF; 2020


Increasing the Resilience to the Health Impacts of Extreme Weather on Elderly People Under Future Climate Change
RGC-RIF; 2019

Recent Advised Theses

CAI Meng (PhD), Developing a High-resolution Urban Carbon Emissions Inventory of the Greater Bay Area: An Open-source Data Approach. 2023, CUHK Young Scholars Thesis Award.


KWOK Yu Ting (PhD), Mesoscale urban climate modelling of high-rise, high-density cities: implications for urban heat mitigation in Hong Kong. 2022, PhD, Postgraduate Research Output Award.

LIU Sheng (PhD), Mesoscale urban climate modelling of high-rise, high-density cities: implications for urban heat mitigation in Hong Kong. 2022, CUHK Young Scholars Thesis Award.

GONG Fangying (PhD), Mapping Street Canyon Morphology and Solar Radiation in High-density Urban Environments Using Street Sensing Approach. 2019, PhD, Postgraduate Research Output Award.

Selected Honours and Recognitions

2023 Research Excellence Award, and Outstanding Research Impact Award, CUHK


2022 Green Building Awards, HKGBC


2021 UN International Green Gown Awards, UNEP


2020 Medal of the Year outside Hong Kong – Residential Building, HKIA Annual Award


2019 HK Green Building Awards, HKGBC


2018 CADSA Gold Award


2017 World Building of the Year Award, WAF


2016 Terra Award

Honorary Appointments

Panel Member, Humanities and Social Sciences Panel – Joint Research Scheme awarded by HK RGC, Hong Kong


Panel Member, (Environmental Technology Subgroup) Innovation and Technology Fund awarded by Commissioner for Innovation and Technology, HKSAR, Hong Kong


Panel Member, Green Tech Fund awarded by Environment Bureau, HKSAR, Hong Kong


Scientific Advisory Board Member, CREATE-NRF awarded by National Research Foundation, Prime minister’s Office, Singapore


Expert Advisory Panel Member, Lantau Tomorrow Vision, CEDD and PlanD, HKSAR, Hong Kong


Advisory Board Member, Research Training Group on Urban Green Infrastructure, German Research Foundation (DFG), Germany


Panel member, Appeal Tribunal Panel – Section 45 of the Buildings Ordinance (Cap.123), Development Bureau, HKSAR, Hong Kong


Advisor, Lawrence Berkeley National Laboratory - Joint Project Advisory Committee for the Cool Communities and Advanced Building Envelope Surface Material, USA


Chairman, TOTAL Atelier Charitable Foundation, Hong Kong

Recent Professional Consultancy Work

Study of Design Considerations for Government Infrastructures in Hong Kong Under Extreme Temperatures, ArchSD, HKSARG, 2018


Provision of service for monitoring vertical wind velocity and turbulent intensity profiles in the HD UBL in HK, EPD, HKSARG, 2022

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