Sum Q.C. WANG 王謙誠


Sum Qian-cheng WANG 王谦诚

MPhil Candidate in Architecture & Urban Studies

St Edmund’s College, University of Cambridge

剑桥大学 圣埃德蒙顿学院


Qiancheng is an MPhil candidate in architecture and urban studies at the University of Cambridge. He graduated from the HKPU with First Class Honours majoring in Building Engineering and Management and minoring in Applied Mathematics. He obtained scholarships from HKSAR Government, HKCA, HKPU and Mingxi Student Association etc. He worked as a research assistant/helper in HKPU and NUS and published 4 papers and 10 patents. He won the Best Paper Award in the ICCREM 2018 and the Most Integrative Waste-Energy System for Building Award in WSBE 2017.

王谦诚同学于英国剑桥大学建筑学系攻读哲学硕士/副博士学位,主修建筑学与城市研究。他以一等荣誉毕业于香港理工大学建筑工程与管理学专业并辅修应用数学专业。在本科学习期间,他保持专业前二名成绩,并获得香港特别行政区、香港建造商会(HKCA)、香港理工大学及明曦同学会等多个机构或组织的奖学金或奖励计划支持。他先后在香港理工大学及新加坡国立大学担任研究助理,参与研究课题四项。发表期刊论文4篇、会议论文6篇,并发表专利10项。他带领的研究团队获得2017年国际可持续建筑环境研讨会「最佳建筑综合能源利用奖」、2018年建设与房地产管理国际学术研讨会「最佳论文奖」、 2016年联合国青年领袖暑期比赛三等奖等荣誉

As an HKPU honoured international student ambassador, his service team also won the third award at the “UN Youth Leadership Social Development Summer Competition” in 2016 and the HKPU Student Outreaching Award in 2015 to 2017. He also serviced as an assistant project manager at Shaangu Power (SSE: 601369) in 2015 and as an assistant engineer in Henderson Group (HKEX: 0012) in 2016. He is also a student member of CIOB, ICE, and ISE.

。王同学担任了香港理工大学(荣誉级)国际学生大使并带领学生服务学习团队连续获得香港理工大学2015-2017三年外延服务奖等多个奖项。他所参与的「PolyU Elighten」活动成功打破吉尼斯世界24小时单车发电量最大团队记录。在2015年及2016年,他通过在陝鼓动力工程及香港恒基地产集团担任项目经理助理及助理工程师,积累了一定的业界服务经验。他还担任英国皇家建造师学会、英国土木工程师协会、英国结构工程师协会、香港工程师协会学生会员。


  • Sustainable Built Environment & Modelling
  • Bigdata in Urban Development
  • Advanced Construction Technologies in Industry 4.0 Age


  1. An Indoor Luminous Energy Recycling System for Green Buildings (201820737392.3, Under Review)
  2. A CCHP system using Biogas-from-waste for Building Applications 「一種利用有機廢物的建築用冷、熱、電聯供系統」 (201710835395.0, Under Review)
  3. A New Approach for Solid and Liquid Waste Incineration with Waste Heat Recovery 「一種廢固及廢液焚燒及餘熱回收方法」(201710078842.2, Under Review)
  4. A New Approach for Pharmaceutical Waste Treatment 「一種醫藥製劑處理方法」(201710078843.7, Under Review)
  5. A Semi-Dry Quenching Tower for Pharmaceutical Waste Treatment 「一種醫藥製劑處理裝置用半幹式急冷塔」(CN 206504641 U; CN 201720132453.9)
  6. A New Device for Solid and Liquid Waste Incineration Treatment 「一種廢固體燃燒處理裝置」(CN 206478649 U; CN 201720132726.X)
  7. A New Incinerator for Liquid Treatment「一種廢液焚燒爐及一種廢液處理裝置」 (CN206478656 U; CN 201720132218.1)
  8. A New Type of Vertical Incinerator for Pharmaceutical Waste Treatment 「一種用於醫藥製劑焚燒的立式焚燒爐」(CN206478657 U; CN 201720132723.6)
  9. A New Device for Tail Gas Treatment for Solid and Liquid Waste Incineration System「一種用於廢固、廢液焚燒系統的尾氣處理裝置」(CN 206500032 U; CN 201720132733.X)


  1. Wang. Q., Zhang. S., Wei D., Ding. Z. (2018). “Additive Manufacturing (AM): A Revolutionized Power for Construction Industrialization”. International Conference on Construction and Real Estate Management, Charleston, Aug. 9-10. (Conference Paper)
  2. Wang, Q., Ni, M., Qin, W., Xu, Q. (2017). “Distributed Waste Treatment (DWT) in buildings: Biogas-from-waste for SOFC-based Trigeneration”. Modern Environment Science and Engineering. (Accepted)
  3. Wang, Q., Chen, B., Ni, M., Alvarado, R., Xu, H., Qin, W., Wang, Y. (2017), “The Application of Solid Oxide Fuel Cells in Buildings for Electricity, Heating and Cooling Tri-generation Using Natural Gas or Bio-gas from Waste”, World Sustainable Built Environment Conference, Hong Kong, pp351-357, June 4-8. (Conference Paper)