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Awards and Achievements (Research)

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Congratulations to Dr Ni Meng on being selected as one of highly cited researchers in the field of Energy Science and Technology in the world!

Congratulations to Dr Ni Meng on being selected as one of highly cited researchers in the field of Energy Science and Technology in the world! http://www.zuihaodaxue.com/news/20160611-220.html http://view.inews.qq.com/a/20160611A04MUO00

PolyU tops the world with the largest number of highly cited researchers in terms of the civil engineering discipline. We are most delighted that our two Chair Professors, Ir Prof. Albert Chan and Prof. Li Heng are on the list

Paper of Geoffrey and Helen selected as a Highly Commented Paper

Paper of Geoffrey and Helen selected as a Highly Commented Paper

Congratulations to Prof. Geoffrey Shen and Helen Zheng Wei! Their paper 'Critical Issues in Spatial Distribution of Public Housing Estates and their Implications on Urban Renewal in Hong Kong' is selected as a Highly Commented Paper in the 2016 Emerald Literati Network Awards for Excellence. Published in the journal ‘Smart and Sustainable Built Environment’, this paper was authored by Helen Zheng (PolyU BRE), Prof. Geoffrey Shen (PolyU BRE), Dr. Hao Wang (Central University of Finance and Economics, China) and Prof. Patrizia Lombardi (Politecnico di Torino, Italy). More about the award-winning paper:http://www.emeraldinsight.com/doi/abs/10.1108/SASBE-09-2014-0047 More about Prof. Shen : HERE

bre academic staff winning hkipm

The Hong Kong Institute of Project Management (HKIPM) Project Management Achievement Awards (2015) under Research Category - Winner (Dr Daniel Chan)

In  the  Project  Management  Achievement  Awards  (2015)organized  by  the  Hong  Kong Institute  of  Project  Management  (HKIPM),  one  academic  staff  of  the  Department  of Building and Real Estate (BRE) of PolyU was rewarded for his research project announced on 3 November 2015. Under the Research category, Dr Daniel W.M. Chan (陳煒明博士),Associate Professor of BRE, was one of the two prize winners from PolyU with his empirical study of identifying and managing the key risk factors for implementing the Target Cost Contracts (TCC) in Hong Kong, the United Kingdom and Australia. He received an award certificate  from  the  President  of  HKIPM  at  the  HKIPM  Annual  Dinner  2016  held  on Thursday, 14 April 2016 at the Royal Plaza Hotel, Mong kok, Kowloon.   Project Title: Evaluating the Key Risk Factors and Risk Sharing Mechanisms for Target Cost Contracting (TCC) Schemes in Construction Research Team Leader: Dr Daniel Chan Research Team Members: Prof Albert Chan, Dr Patrick Lam, Dr Joseph Chan Overseas Research Collaborators: Mr Wayne Lord (UK)and Dr Tony Ma (Australia)   The HKIPM Project Management Achievement Awards (HKIPM Awards) is held each year in Hong  Kong,  and  the  awards  are  aimed  to  provide  an  opportunity for  organizations  and project  managers  in  different  disciplines  showing  their  project  success  amongst  their counterparts.  The  winners  under  each  category  of  HKIPM  Awards  will  be  endorsed  by HKIPM to submit to the international judging panel of the Asia Pacific Federation of Project Management Achievement Awards (apfpm Awards). The awards were based on the quality of  application  submission  and  the  practical  outcomes  of  research  projects  conducted  by academics in Hong Kong, the contents of which should be focused on the pertinent aspects of project management.    

anti heat stress clothing winning

Anti-heat Stress Clothing Winning Grand Prize and Gold Medal in Geneva’s Invention Expo

The award-winning research project‘ Anti-heat  Stress  Clothing  for Construction  Workers in Hot & Humid Weather’ was internationally recognized by the Grand Prize   and   the   Gold   Medal   at   the   44 th International Exhibition of Inventions of Geneva.   Under the  leadership  of Ir  Prof.  Albert  Chan(Principal  Investigator),this research  team paid  strenuous  efforts  on  inventing  an  anti-heat stress uniform for local construction workers who work outdoors for long  hours  under hot  and  humid  weather. With excellent  one-way transfer ability and liquid moisture management capacity, the technology is proved to improve fabric breath ability, speedup sweat evaporation  and  help reduce construction  workers’ heat  stress. In 2015 ,based on this  technology, the Hong Kong Construction Industry Council produced  20,000  sets  of  the  newly  designed  uniform  for workers.   The  International  Exhibition  of  Inventions  of  Geneva  is  the  biggest event for  new  inventions,  services  and  visitors from  all  over  the world.   This project ‘Anti-heat  Stress  Clothing  for  Construction  Workers  in Hot and Humid Weather’ earned the following  achievements.   Team Awards: The  44th International  Exhibition  of  Inventions of Geneva: Grand Prize and Gold Medal(under the patronage of the Swiss Federal Government,the State,the   City   of   Geneva and   of   the   World   Intellectual   Property Organization) CIOB  International  Innovation  &  Research  Awards  2015:  the Innovation Achiever’s Award(organized by Charted Institute of Building (CIOB), UK) Local Grand Prize of CIC Innovation Award 2015(organized by the Construction Industry Council) Hong  Kong  Institute  of  Project  Management  Awards  2015–The Category F, Research Award(organized by the Hong Kong Institute of Project Management) Dean’s  Award  for  Outstanding  Achievement  in  Technology Transfer 2015(organized  by  Faculty  of  Construction  and  Environment,  The Hong Kong Polytechnic University) Individual Awards(Jackie Yang, Research Student): OSH Student Research Scholarship 2014(organized by the Occupational Safety and Health Council) Best Dissertation Competition 2015–Merit Award(organized by the HKPolyU Student Chapter of The InternationalCouncil for Research and Innovation in Building and Construction) Research Team : Team Leader(Department)   Ir Prof Albert PC Chan, Department of Building and Real Estate (BRE), PolyU Team Members (Departments) Prof Francis KW Wong, BRE Dr Michael CH Yam, BRE Dr Daniel WM Chan, BRE Dr Edmond WM Lam, BRE Prof Yi Li, Institute of Textile and Clothing, PolyU Dr YP Guo, ITC Dr WF Song, BRE Dr Wei Yi, BRE Miss Y Yang, BRE External collaborators: Dr Del Wong, the Technological and Higher Education Institute of Hong Kong Dr Esther Cheung,HKU School of Professional and Continuing Education Prof Joanne Chung, the Hong Kong Institute of Education

Research Scholarship for BRE Research Student_1

Research Scholarship for BRE Research Student

Our PhD student, Angel Wang Anqi, is awarded a research scholarship by the Centre for International Cooperation and Mobility of the Austrian Agency for International Cooperation in Education and Research. Angel is a PhD student of Dr Stanley Yeung, Associate Professor and Prof. Edwin Chan, Associate Head (Research). With the Ernst Mach Grant, Eurasia-Pacific Uninet, Angel will be conducting a comparative study of conservation development in Austria and China during her stay in the University of Vienna from June to November.  

provision of consultancy study on the economic

'Provision of Consultancy Study on the Economic Benefits of Infrastructure Investment in Hong Kong’ winning ‘PTeC's Outstanding Professional Services Awards’

The strong team, comprising Prof. Albert Chan (Principal Investigator),Dr   Fan   HQ   (Department   of   Building   and   Real Estate),  Dr  Mark  Hsu  (Department  of  Civil  and  Environmental Engineering), and Dr Stephen Pratt (School of Hotel and Tourism Management),is the winner of the Multi-departmental Participation   Award   of the  PTeC’s  Outstanding  Professional Services  Awards  2015  for the project ‘Provision of Consultancy Study  on  the  Economic  Benefits  of  Infrastructure  Investment  in Hong Kong’. They were very excited to receive the Award from Ir Prof.  Alex  Wai,  Vice  President  (Research  Development),  PolyU and the  appreciative  applause  from  guests  at  the  Presentation Ceremony in March 2016.   The  project  was  commissioned  by  the  Development  Bureau of the HKSAR  government. The   multi-departmental   award   is conferred  to  consultancy  project  with  the  highest  contract  value for the financial year (minimum collaboration of two departments/units with the 1st department/unit’s contribution being  not  more  than  85%  of  the  contract  value  and  the  total contract value not less than HK$300K).   The  Award  signifies  lots  of  encouragement  for  the  team  to continue  to pursue  the excellence  through  innovative  and application-oriented research.    

orianna as key technology partnership

Orianna as Key Technology Partnership Visiting Fellow at University of Technology Sydney

Dr. Orianna Guo, our Scientific Officer at Ng Wing Hong Sustainable City Laboratory(SCL), was invited to  commence  research  as  a Key  Technology  Partnership Visiting Fellow  by Dr. Pernille  Christensen,  Senior Lecturer at  the School  of  Built Environment(SBE) ,University of Technology Sydney (UTS) from 14 to 27 February2016.   UTS  has  joined  the  Hong  Kong  Polytechnic  University  (HKPU)  in  a new research venture that uses 3D modelling  technology  to  improve  sustainability outcomes in urban  renewal  projects. The research aims to use 3D spatial analysis  technology based on 3D models from our Ng Wing Hong Sustainable City Laboratory to measure  the  impacts  of  relaxed  building restrictions on development sites in Hong Kong and Sydney.   Like  many  global  cities,  Hong  Kong  and  Sydney  are  suffering  from  a  chronic  lack  of land resources,housing supply and the impacts of high density urban development.As  developers  in  both  cities  push  for  the  relaxation  of  maximum  plot  ratios  and building height restrictions, we need to investigate the impacts from a sustainability perspective.Most people can’t visualize  the  impact  of  relaxed  height  restrictions from a 2D drawing but by using this kind of 3D modelling technology you get a more holistic  view, which means we’ll be  able to make  more  effective and efficient decisions.  Many  cities  in  the  Asia  Pacific  region  are  confronted  with  the  challenges of  urban  redevelopment  as  growing  economies  like  China  and  India  experience rapid urbanisation.   At   HKPU, we have  been  using 3D models  to  help  us  do  3D  analysis  of  there developed  old  Kai  Tak  airport  site. This  includes  looking  at  solar  exposure,shadows,  the  wind  ventilation  and  air  temperature, ridge line  of  the  mountain as well as the skyline of the city and what impact these things have for the surrounding suburbs if  we  increased  the  plot  ratios  and  building  heights.  When  applied  on similar  redevelopment  areas  in  Sydney  we  think  we  will  find  similar  results.  From there  we  will  be  able  to  develop  some  informed  strategies  for  other  global  cities facing similar issues with urban development.   During her  two-week visit, Dr.  Guo gave a  public  speech,  met with  the SBE faculty,staff  of  Center  for  Local  Government,academics  in  the  CRC  Low  Carbon  Living(UNSW  and  UniSA)  and  staff  in  the  City  of  Sydney,visit  some  centres  and  special buildings,and  commenced  preliminary  fieldwork  at  several  redevelopment  sites  in Sydney.Dr. Guo presented to the SBE staff and PhD students on 24 February, 2016.She presented an  overview  of  the Ng  Wing  Hong Sustainable  City  Laboratory and showed the  research  currently  being  undertaken,  with  particular  focus  on  the  KaiTak  redevelopment  project.    Her  title‘A  Study  of  Plot  Ratio/Building  Height Restrictions  in  High  Density  Cities  Using  3D  Spatial  Analysis  Technology:  A case in Hong Kong’ was very interesting to our staff and has initiated dialogue withSBE  staff  who  are  also  engage  with  3D  Spatial  Analysis  Technology. Coming  to  the SBE,  she  has  met  with  a  lot  of  staff  and  discovered  staff  with  a  similar  background and  interest  area  to  her.  Her  visit  also  sparked  interest  with  other  members  of  the SBE who are eager to collaborate with HKPU’s SCL.   Similarly,   local   site   (Parramatta   Square)   was   preliminary   identified   for   the comparison study.  A 3D model will be built of this study area and analysis of micro-climate  conditions  (e.g.  sun/shade,  wind  speed  and  direction,  and  air  temperature)will be investigated for the study area.  Results will be compared to the results at Kai Tak.In addition, discussions with City of Parramatta planning department related to benefits of using 3D technology for built environment decision making.   In  addition,the  Joint  PhD  Program  and  more  exchange  programs  between  the  two Universities  (UTS  in  Sydney  and  HKPU  in  HK)  were also  discussed.Dr.  Guo also invited Prof.  Lee  and  one  PhD  student  to  give BRE staff  presentations  when  they visit HK during this year.   Participating  in  the  KTP  Visiting  Fellow  Program  not  only  helped Dr.  Guo find potential collaborations, but also broadened her views and opened her mind, which is   very   helpful   for   her   future   work   and   research.Her   trip   has   solidified   the developing  relations  between  the  two  universities  and  accelerated  collaboration  in their  shared  areas  of  interest. This visit  was the  first  step of long-term and multi-stage research collaboration between UTS and HKPU.    

new book by albert chan

New Book by Albert Chan & Carol Hon ‘Safety of Repair, Maintenance, Minor Alteration and Addition Works’

 The new book of Ir Prof.Albert Chan and Dr Carol Hon, ‘Safety of Repair, Maintenance, Minor Alteration and Addition(RMAA) Works’ will be ready for the public soon.   Safety of RMAA works is internationally of great importance to the construction industry, in particular, small contractors who  highly rely on RMAA works in economic recessions and  encounter a number of risks. The book provides practical suggestions for taking on safety challenges of this specific area in the construction industry.   With international research and consultancy projects as well as  case  studies,Albert  and  Carol  bring  us  a  picture  of  safety in  the  construction  industries  of  developed  countries and  a comprehensive  summary  of relevant  rules,  regulations  and the resulting safety performances. Besides,the  comparison of  the  systems  in  the  U.K.,  US  and  Hong  Kong on  the  book enables us to understand the influences of different regulatory  approaches.When it comes to RMAA  works’ specific problems and practical engineering and management solutions, the book also has elaborations through case studies.   This  book is specially recommended  to post graduate students  of  health  and  safety  in  construction,  construction project  management,construction  in  developing  countries, policy-makers and construction project managers.   More about Ir Professor Albert Chan : Ir Prof Albert PC CHAN

BRE academics receiving funding from Environmental Protection Department

Congratulations to our Associate Professor Dr. Meng Ni and Research Assistant Professor Dr. Yongtao Tan for their success on winning 2 research grants from Environment and Conservation Fund (ECF), Environmental Protection Department (EPD) of HK SAR. Both Dr. NI and Dr. Tan teachBRE2031-Environmental Science.Bothare very active researchers in Energy and Environment. About their projects: Dr. Yongtao Tan was awarded a research grant for a project entitled: Study on Green Retrofit of Aged Residential Buildings in Hong Kong This project aims to collect and identify the best practices (technologies, programmes, or schemes) of green retrofit of buildings and analyze their application to Hong Kong; develop green retrofit guidelines for aged residential buildings in Hong Kong, and provide Government suggestions to initiate relevant schemes to help building owners. Dr. Meng NI was awarded a research grant for a project entitled: A new method for simultaneous plastic waste treatment and electricity generation using high performance direct waste solid oxide fuel cells (DW-SOFC) This project aims to develop advanced electrochemical systems for simultaneous plastic waste treatment and energy recovery. Advanced fuel cells will be fabricated, characterized and tested. Comprehensive mathematical models will be developed to simulate the coupled transport and reaction processes in the fuel cells for subsequent system optimization. About Dr. Tan and Dr. Ni: Dr. Tan obtained his Bachelor Degree (BEng in Civil Engineering) and Master Degree (MSc in Engineering Management) from Southeast University, Nanjing, China. And he obtained his PhD degree from The Hong Kong Polytechnic University. He is currently a Research Assistant Professor in the Department of Building & Real Estate, The Hong Kong Polytechnic University. Dr. Tan’s major research interests are competitiveness and strategic management in construction, sustainable construction and sustainable urbanization. He has published 20 papers on top refereed journals (9 papers in SCI/SSCI journals; Web of Science h-index: 4) and 4 book chapters. He has won the ECS fund in the 2015/16 round. Dr. Tanis also an active reviewer for international journals, such as Journal of Construction Engineering and Management, Journal of Civil Engineering and Management, Habitat International. He has served as session chair for 2 international conferences. He is also the council member of The Chinese Research Institute of Construction Management (CRIOCM) and A.M. ASCE.   Dr. Meng NI received his Bachelor, Master and Doctoral degrees in 2000, 2003 and 2007, respectively. He is currently an Associate Professor at Department of Building and Real Estate. He is the group leader for Building Energy Research Group at BRE and the group leader for Environmental Energy Research Group at Research Institute for Sustainable Urban Development (RISUD). Dr. Ni’s research interests include renewable and sustainable energy technologies (i.e. fuel cells and solar energy), numerical heat and mass transfer, building energy and built environment. Dr. Ni has published over 90 papers in prestigious scientific journals and he is the first author or sole author for most of his publications. Dr. Ni’s publications have received more than 4000 SCI citations (excluding self-citations). His current H-index is 28 (web of science). Dr. Ni is a member of American Society for Mechanical Engineers and The Electrochemical Society. He is the Associate Editor for 3 academic journals: (1) Sustainable Energy Technologies and Assessments (Elsevier); (2) Science Bulletin (Springer); and (3) Frontiers in Environmental Science. He is serving as a member of Editorial Board for 9 scientific journals and an active reviewer for over 60 scientific journals. He has delivered over 20 keynote/invited lectures at international conferences. He has served as a committee member for 7 international conferences and a session chair for 5 international conferences. Dr. Ni received Young Scientist Award from The Hong Kong Institution of Science in 2007 and Top Reviewer Award from Applied Energy in 2011. Recently, Dr. Ni also received outstanding reviewing awards from 6 excellent journals, including Applied Thermal Engineering, Applied Energy, Energy Conversion and Management, Journal of Power Sources, Chemical Engineering Journal, and Electrochimica Acta. More information about Dr. Ni can be found at HERE Dr. Ni’s journal publications can be found at: http://www.researcherid.com/rid/D-3589-2009

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