周洋博士

讲师

TEACHING AREAS

QUALIFICATIONS

2018	PhD in Building Services Engineering, The Hong Kong Polytechnic University
2013	MEng in Building Services Engineering, The Hong Kong Polytechnic University
2012	BE in Architectural Environment and Equipment Engineering, Shandong Jianzhu University
2012	BA in English, Shandong Jianzhu University

EMPLOYMENT

2022 - Present	Faculty of Science and Technology, the Technological and Higher Education Institute of Hong Kong
2021 - 2022	SAPR (Sinohydro, PowerChina, Paul Y., Rock-One) Joint Venture
2020 - 2021	Research Associate, Department of Health Technology and Informatics, The Hong Kong Polytechnic University
2019 - 2020	Senior Research Associate, Department of Architecture and Civil Engineering, City University of Hong Kong
2018 - 2019	Senior Research Associate, School of Energy and Environment, City University of Hong Kong

SELECTED PUBLICATIONS

Zhou Y, Lee WM Eric, Wong LT, Mui KW, 2021. Environmental evaluation of pump replacement period in water supply systems of buildings. Journal of Building Engineering 40:102750.
Zhou Y, Lee WM Eric, Wong LT, Mui KW, 2019. Modeling study of design flow rates for cascade water supply systems in residential skyscrapers. Water 11(2):2580.
Zhou Y, Mui KW, Wong LT, Tsui PH, Chan WK, 2019. Aerosol generation rates for showerheads. Building Services Engineering Research and Technology 40(5):595-610.
Zhou Y, Mui KW, Wong LT, 2019. Evaluation of design flow rate of water supply systems with low flow showering appliances. Water 11(1):100.
Wong LT, Mui KW, Zhou Y, 2017. Carbon dioxide reduction targets of hot water showers for people in Hong Kong. Water 9(8):576.
Wong LT, Mui KW, Zhou Y, 2017. Energy efficiency evaluation for the water supply systems in tall buildings. Building Services Engineering Research and Technology 38(4):400-407.
Wong LT, Mui KW, Zhou Y, 2016. Impact evaluation of low flow showerheads for Hong Kong residents. Water 8(7):305.
Wong LT, Zhou Y, Mui KW, Lau CP, 2015. Optimizing water supply pump replacement in buildings of Hong Kong. Building Services Engineering Research and Technology 37(4):489-498.