Find Academic Supervisors

• Sustainable Architecture
• Urban Planning
• Thermal Comfort
• +3 more

Ruchira Liyanage is a Doctoral Researcher and Researcher at Tampere University's Faculty of Built Environment (Civil Engineering). They hold a Master’s in Sustainable Architecture (2024, Tampere University) and a Bachelor of Architecture (2021, University of Moratuwa, Sri Lanka). Their research focuses on sustainable design, energy-efficient architectural solutions, and urban resilience, with notable work on vegetation effects on thermal comfort and Sri Lankan vernacular architecture’s global influence. Ruchira actively contributes to interdisciplinary projects, including the DigiSus Research Platform as a student representative and Bloom Finland as a Board Member. They have received awards for research and design, including the Best Research Paper Award (2021) and design competition recognitions. Beyond academia, they engage in community projects, policy workshops, and governance models for sustainable development. Education: Master’s in Sustainable Architecture (2022–2024), Tampere University Bachelor of Architecture (2015–2021), University of Moratuwa Key Research Interests: Sustainable architectural frameworks for residential buildings Thermal comfort in high-rise urban environments Vernacular architecture’s applicability to modern sustainability challenges Professional Roles: Research Assistant, Tampere University (2024–present) Board Member, INTO Tampere Student Guild (2024–present) Student Representative, DigiSus Research Platform (2024–present) Awards: Best Research Paper Award (2021) Asia’s Young Designer Award finalist (2020) Gold Award for University Stall Design (2018/2019) Community Impact: Contributed to UN-linked urban heat mitigation projects Co-designed modular housing and zero-carbon initiatives Promoted digital literacy through workshops

• Subtropical Architecture
• Sustainable Urban Design
• Climate-Responsive Building Design
• +5 more

Professor Rosemary Kennedy is a distinguished academic in the School of Architecture & Built Environment at Queensland University of Technology (QUT), where she has established herself as a leading authority on subtropical architecture and urban design. As a key figure at the Centre for Subtropical Design, she has directed numerous research initiatives focused on developing climate-responsive building practices specifically for warm temperate regions. Her work bridges academic research and practical policy implementation, with significant collaborations with Brisbane City Council, Toowoomba Regional Council, and other government bodies across Queensland. Professor Kennedy's research focuses on creating authentic architectural responses to subtropical climates rather than importing design solutions from other climate zones. Her work emphasizes passive design strategies that leverage natural ventilation, strategic shading, appropriate thermal mass, and spatial organization to enhance comfort while reducing environmental impact. She has been particularly influential in critiquing conventional high-rise apartment developments in subtropical cities and promoting design alternatives that better address climate-specific challenges while maintaining resident liveability. Her publication record demonstrates consistent scholarly contribution since 2001, with over 70 publications including the influential 'Subtropical Design in South East Queensland' handbook and multiple phases of the 'Warm Temperate Climate Study and Design Guidelines.' Professor Kennedy completed her PhD by Publication at QUT in 2015 titled '[Dense, subtropical, sustainable] the liveable multi-storey apartment building,' which synthesized her extensive research on high-density residential development in subtropical contexts. Professor Kennedy has made significant contributions to urban policy through evidence-based research that has directly informed planning regulations and design standards across Queensland. Her 'Dimensions of Liveability' framework and practical design guidelines have been adopted by multiple municipal councils, translating academic research into tangible improvements in urban development practices. She has established herself as the preeminent academic voice on subtropical architecture in Australia, with her work setting the standard for climate-responsive design in warm temperate regions.

Alan ShortView profile

Professor

• Sustainable Architecture
• Low-Carbon Building Design
• Urban Climate
• +4 more

Alan Short is the President and Professor of Architecture at the University of Cambridge's Department of Architecture. He holds concurrent roles as a Ministry of Education Distinguished Professor in China and international co-director of Chongqing University's National Centre for Low-Carbon Green Buildings. His research focuses on sustainable architecture, urban climate resilience, and low-carbon building systems. He leads interdisciplinary teams addressing climate adaptation in healthcare infrastructure, urban ventilation, and energy efficiency in China's Hot Summer-Cold Winter regions. Education: Bachelor’s in Architecture, Trinity College, Cambridge (Senior Scholarship recipient) Postgraduate Exchange Fellowship, Harvard University’s Graduate School of Design Research Interests: Climate-responsive building design Urban heat island mitigation Low-carbon cooling strategies Infection-resilient healthcare environments Natural ventilation systems Key Projects: LoHCool : UK-China collaboration on low-carbon cities (2015–2019) Robust Hospitals in a Changing Climate : NHS energy adaptation (2013–2015) Excising Infection in Surgical Environments (ExISE) : AHRC-funded theatre design Awards & Honors: Higher Doctorate (Litt.D.) from University of Cambridge (2023) tv/e Global Sustainability Film Award (2013, 2019) RIBA Awards (1995, 2000, 2003, 2006) CIBSE Environmental Initiative of the Year (2006) Labs & Collaborations: Interdisciplinary teams at Cambridge, Imperial College, and Zhejiang University UK-China EPSRC/NSFC partnerships Advisory roles to NHS and UK Government on infrastructure resilience

Ofodike EzekoyeView profile

Professor

• Combustion
• Heat Transfer
• Thermal Fluids Systems
• +4 more

Ofodike Ezekoye is a Professor and holds multiple endowed chairs at the University of Texas at Austin's Cockrell School of Engineering, Department of Mechanical Engineering. His research focuses on combustion, heat transfer, and fire safety engineering, particularly in high-temperature systems like combustion engines, furnaces, and structure fires. He has led over 200 peer-reviewed publications and secured funding from agencies including the Department of Commerce, Air Force Office of Scientific Research (AFOSR), and Department of Energy (DOE). His current work addresses thermal runaway in lithium-ion batteries, fire risk modeling, and energy-efficient furnace optimization. Research Interests: Ezekoye’s expertise spans combustion fundamentals, fire dynamics, and energy systems. He leads the UT Fire Research Group, investigating fire safety in residential and industrial contexts, including firebrand ignition mechanisms, battery failure analysis, and smoke transport in high-rise buildings. His interdisciplinary approach combines experimental methods with computational modeling (e.g., CFD, Bayesian inference) to address practical challenges in fire forensics and sustainable engineering. Awards: He holds prestigious chairs such as the Cockrell Family Dean's Chair in Engineering Excellence and the John T. MacGuire Professorship. His funded projects include smart manufacturing for steam-methane reformers and multi-objective optimization of insulation materials for sustainable designs. Key Contributions: Developed methodologies for fire origin determination via Bayesian inference, ultrasonic inspection of lithium-ion batteries, and reduced-order models like Fire-STORM for high-rise fire simulations. Collaborates with industry partners on real-world applications like furnace heat integration and battery safety standards. Labs/Groups: UT Fire Research Group, with active projects in battery thermal management, fire plume modeling, and acoustic-based fire detection systems.

• Building Stock Modeling
• Energy Analysis
• 3D Geometric Modeling
• +5 more

Steve Evans is a Senior Research Fellow at the Bartlett School of Environment, Energy & Resources at University College London (UCL). He leads the 3DStock model development within the Building Stock Lab at UCL Energy Institute and is currently heading up the construction of the National Buildings Database. His work bridges multiple disciplines through the application of GIS and geospatial analysis to energy and building stock modeling problems, with extensive experience collaborating with government departments including DESNZ and BEIS. Evans' research focuses on developing detailed 3D models of building stocks to analyze energy use and inform decarbonization strategies. His work centers around the 3DStock model, which represents every building and its energy performance at a fine level of granularity. This research has significant implications for urban planning, energy policy, and climate change mitigation efforts, particularly through his work on the National Buildings Database which is designed to trigger a 'paradigm shift' in how building data informs policy decisions. His publication record demonstrates a consistent progression from foundational 3D modeling techniques to practical policy applications, with particular emphasis on the relationship between urban form, building characteristics, and energy consumption. The research shows increasing sophistication in modeling approaches while maintaining direct relevance to real-world decarbonization challenges faced by cities and national governments. Principal Investigator for the National Buildings Database project (£2.7M) from the UK Department for Energy Security and NetZero Team Lead for the Non-domestic Building Survey (NDBS, £0.8M) Contributor to the RCUK Centre for Energy Epidemiology (CEE) (EPSRC, £5.75m) Member of the Centre for Research on Energy Demand Solutions (CREDS) (EPSRC, £19.44m) Consultant on multiple government projects including Social Housing Decarbonisation Fund and Renewable Heat Incentive evaluation Evans manages the Building Stock Lab team at UCL, which develops and maintains the 3DStock model. This lab serves as a hub for interdisciplinary research connecting energy analysis, urban planning, and geospatial technologies. The lab's work directly informs government policy through contracts with departments including DESNZ and BEIS, as well as collaborations with local authorities like the London Borough of Islington on social housing decarbonization projects.

• Sustainable Architecture
• Energy Efficiency in Buildings
• Building Envelope Systems
• +3 more

Dr. Dinçer Aydın is an Assistant Professor at the Department of Architecture , Trakya University 's Faculty of Architecture . With a career spanning from 2013, his work focuses on energy-efficient architecture , sustainable building systems , and project delivery methodologies . He serves on multiple commissions including the Construction and Environment Commission and Competition Commission since 2024, and contributes to KAPU/Thrace Architecture and Design Magazine as an editorial board member. His educational background includes a PhD in Architecture (2022) from Trakya University, where his dissertation proposed a sustainable project delivery system model for Türkiye. He holds a Master's in Architecture (2017) from the same institution, focusing on indoor environmental quality in high-rise residential buildings, and a Bachelor's in Architecture (2013) from Yeditepe University. Research Interests Dr. Aydın's scholarly work centers on Improving energy efficiency through building envelope optimization Adaptive reuse of historic structures with sustainability protocols Urban renewal dynamics, particularly in Fikirtepe projects Thermal comfort analysis in educational and residential buildings Project delay mitigation in construction management Integration of BIM and AI for sustainable retrofitting Publication Trends reveal a focus on energy performance (25% of output), adaptive reuse (20%), and project management (18%). His work appears in journals like Energy and Buildings , Buildings , and Sustainability , with increasing emphasis on circular economy principles since 2023. Scientific Recognition He has received: Prosteel 2012 Third Place Prize for 'Modular Bus Terminal Design' Akçansa Betonik Ideas Competition 2011 Shortlist for 'Green Module Design' Repeated peer-review invitations for Journal of Building Engineering (Q1) and others Administrative Contributions Currently serves on: Faculty of Architecture Construction and Environment Commission (2024-) Faculty of Architecture Competition Commission (2024-) Department of Architecture Internship Commission (2023-2024) Accreditation Commission membership (2018-2024)

Constantinos VassiliadesView profile

Senior Lecturer

• Sustainable Architecture
• Energy Efficiency in Buildings
• Solar Energy Systems
• +3 more

Constantinos Vassiliades is a Senior Lecturer in Architectural Engineering and Energy at Neapolis University Pafos and a Visiting Researcher at Luleå University of Technology's Department of Civil, Environmental and Natural Resources Engineering. Born in Limassol, Cyprus in 1987, he holds a PhD from the University of Cyprus focused on building integration of active solar systems and an Architectural Engineering degree from Aristotle University of Thessaloniki. Luleå University of Technology, Department of Civil, Environmental and Natural Resources Engineering, Architecture and Water Department of Architecture, Land and Environmental Sciences, Neapolis University Pafos Dr. Vassiliades' research centers on sustainability and energy efficiency in architecture, with significant contributions to building-integrated renewable energy systems. His work spans theoretical analysis and practical applications across diverse geographical contexts, from Mediterranean climates to Pacific Island communities. He has published extensively in high-impact journals including Energy Reports and Renewable Energy, with recent work examining biogas solutions for clean cooking energy, limitations in building energy certification models, and thermal comfort optimization in urban spaces. His research demonstrates a consistent methodological approach using parametric studies to identify optimal design solutions for specific climatic conditions, with particular expertise in building-integrated photovoltaics and solar energy systems. Recent publications reveal increasing focus on policy implications of sustainable building technologies and cross-cultural applications of energy solutions. 26 Rising Researchers by the Association of Commonwealth Universities & British Council Commonwealth Futures Climate Research Cohort As a qualified expert on building energy efficiency for the Cyprus Ministry of Energy and member of both ETEK and the Cyprus Architects' Association, Dr. Vassiliades actively bridges academic research with professional practice and policy development. He is the author of the comprehensive reference work 'Building Integration of Active Solar Systems: A Handbook' which has become a standard resource in the field. His international collaborations span Sweden, Cyprus, Fiji, Ghana, and the UK, reflecting his commitment to addressing global sustainability challenges through interdisciplinary research.

Amarjit SinghView profile

Professor

• Legal Affairs and Dispute Resolution in Construction
• Risk Analysis in Construction
• Construction Engineering and Management
• +5 more

Amarjit Singh serves as Professor in the Department of Civil, Environmental and Construction Engineering at the University of Hawaiʻi at Mānoa, where he has held continuous faculty appointments since 1993, progressing from Assistant to full Professor. His academic leadership includes serving as Graduate Chair (2022-2023) and holding visiting positions at IIT Delhi, University of New South Wales, and Cornell University. His educational foundation includes: Ph.D. in Civil Engineering from Purdue University (1990) M.Eng. in Civil Engineering from Texas A&M University (1987) B.Tech. in Civil Engineering from I.I.T. Delhi (1976) Professor Singh's research pioneers the integration of legal frameworks with engineering practice , particularly in construction dispute resolution and risk analysis . His work spans concrete technology, construction safety, and infrastructure asset management, characterized by practical applications in international contexts. As Founding Editor of the Journal of Legal Affairs and Dispute Resolution in Engineering and Construction, he has shaped scholarly discourse at the law-engineering interface. His recent publications (2021-2025) demonstrate consistent focus on infrastructure failure analysis (dam failures, high-rise collapses, fuel storage incidents) and context-specific construction challenges (India's concrete practices, Afghanistan's conflict-zone projects). The work exhibits strong interdisciplinary connections between engineering, legal liability, and public policy. His distinguished recognition includes the Richard R. Torrens Award (2024) and multiple best paper awards across ASCE journals: Richard R. Torrens Award (2024) Construction Management Award (2019) Board of Regents’ Excellence in Teaching Award (2009) Seven Best Paper Awards (2007-2021) Professor Singh has secured over $5M in research funding from FHWA, USGS, NSF, and industry partners for infrastructure projects including Kahului Airport pavement monitoring, Honolulu water pipe networks, and harbor protection systems. His grants consistently address practical infrastructure challenges through engineering-economic analysis. His research collaborations with the Honolulu Board of Water Supply and Hawaii Department of Transportation focus on real-world asset management solutions, particularly in pipeline performance analysis and coastal protection engineering.

• Lighting in Architecture
• Physical Environmental Control
• Daylighting Engineering
• +3 more

Dr. Zehra Aybike Kılıç serves as a Research Assistant in the Department of Architecture at Istanbul Technical University, where she has been continuously employed since completing her PhD in Building Sciences in 2018. Her academic career includes both undergraduate education (Istanbul Arel University, 2010-2014) and graduate studies (Istanbul Technical University, 2015-2018) in Architecture, culminating in doctoral research in Building Sciences. Her research expertise centers on lighting in architecture and physical environmental control systems, with particular focus on daylighting engineering and visual comfort optimization. Professional affiliations include membership in the Turkish National Committee for Lighting (since 2019) and the Building Physics Association (since 2018), demonstrating her active engagement in specialized academic communities. Dr. Kılıç's publication portfolio reveals a clear research trajectory focused on daylighting design solutions, with five research outputs spanning 2020-2025. Her recent work demonstrates increasing specialization in data-driven approaches to daylighting design, integration of zoning regulations with site layout for visual comfort, and energy performance analysis. The 2025 publications particularly highlight her development of decision support models for multi-functional residential spaces and frameworks integrating regulatory constraints with daylighting design. As Principal Investigator on the TÜBİTAK-funded project "Konut Binalarında Doğal Aydınlatma Sistemi Tasarımına Yönelik Bir Karar Modeli" (April-August 2025), she is leading cutting-edge research in residential daylighting systems. Her scholarly impact is reflected in citations across multiple publications, with her 2020 and 2021 works on BIM adoption and high-rise residential building daylighting each accumulating 5 Scopus citations.

• Real Estate Policy
• Urban and Regional Policy
• Urban Regeneration
• +3 more

Chang-Heum Byeon is a distinguished Professor in the Department of Public Administration at Sejong University's College of Social Sciences, where he has served since 2003 after progressing through the academic ranks from Assistant to full Professor. His career uniquely bridges academic scholarship and high-level government service, having served as Minister of Land, Infrastructure and Transport (2020-2021), President of Korean Land and Housing Corporation (2019-2020), and President of Seoul Housing and Communities Corporation (2014-2017). Education: Bachelor of Economics, Seoul National University (1988) Master's degree in Urban Planning, Seoul National University (1990) Doctorate in Public Administration, Seoul National University (2000) Professor Byeon's research focuses on critical urban challenges facing South Korea, particularly in real estate policy, urban regeneration, and regional development. His work addresses housing affordability, land development, and sustainable urban planning through both theoretical frameworks and practical policy analysis. He has developed innovative approaches to public rental housing models, tenant rights protection, and development profit distribution that have influenced national policy discussions. His recent publications reveal a consistent focus on solving Korea's urban housing challenges through evidence-based policy design. The research trajectory shows increasing attention to social equity dimensions of urban development, particularly regarding senior citizen housing, tenant protections, and distribution of development gains. His work bridges theoretical urban planning concepts with practical policy implementation challenges. Professor Byeon maintains extensive professional engagement through leadership roles in major academic societies including the Korea Planning Association (Standing Director and Chairman of Housing Welfare Research Committee), Korean Society for Policy Analysis and Evaluation, and Korean Urban Administration Association. He has served on numerous government advisory committees including the Presidential Advisory Committee on National Balance and the Real Estate Policy Committee of the Presidential Advisory Council on National Economic Affairs. His teaching portfolio at Sejong University includes undergraduate courses in Planning Theory and graduate courses in Real Estate Law, Housing Policy Theory, and Graduation Research. He has also served as Dean of the Graduate School of Industry at Sejong University (2003-2007) and Associate Professor at the Graduate School of Urban Real Estate (2008-2009).

Mohammad FotouhiView profile

Assistant Professor

• Structural Health Monitoring
• Composite Materials
• Bio-inspired Structures
• +3 more

Mohammad Fotouhi is an Assistant Professor at Delft University of Technology's Faculty of Civil Engineering and Geosciences, specifically within the Materials, Mechanics, Management & Design (3MD) department. He has held academic positions at the University of Glasgow, University of the West of England, and University of Bristol, focusing on structural health monitoring and composite material development. PhD in Mechanical Engineering from Amirkabir University of Technology MSc and BSc in Mechanical Engineering from Amirkabir and Tabriz Universities His research spans bio-inspired composites , 4D printing , and smart materials , with emphasis on self-sensing , multi-functional composites , and damage detection . Recent work explores piezoelectric sensors for structural strain analysis and chaos-integrated neural networks for nonlinear regression. While no formal awards are listed, his publications demonstrate leadership in fatigue monitoring , impact damage detection , and hybrid material design . Collaborations with institutions like University of Bristol and ResearchGate profile highlight his academic network.

Bálint BachmannView profile

Associate Professor

• Integrated Heritage Protection
• Optimized Building Design
• Architectural Pedagogy
• +2 more

Bálint Bachmann is an Associate Professor at the University of Pécs, affiliated with the Pollack Mihály Faculty of Engineering and Informatics and its Institute of Architecture. He holds a Doctor of Liberal Arts in Architecture and a habilitation in Integrated Heritage Protection. His academic career includes roles as Dean (2009-), Head of Department of Materials Science, Geotechnics and Transportation Engineering (2011.07-), and Institute Director (2012.02-) at the Professional Institute of Architecture. Doctor of Liberal Arts (DLA), University of Pécs (2006) Habilitation, University of Pécs (2008) Diploma in Architecture, Janus Pannonius University (1999) Dipl.-Ing.(FH) in Architecture, Fachhochschule Würzburg-Schweinfurt, Germany (1995) His research focuses on Integrated Heritage Protection and Optimized Building Design , emphasizing sustainable practices for historical structures and modern space optimization. He has led numerous doctoral and student research projects, including works on urban renewal, archaeological sites, and innovative architectural solutions. His publications and conference contributions span topics from studio-based education to skyscraper design. Scientific awards include the 1995 DAAD Diploma Award and Hanns-Seidel Stiftung scholarships for architectural studies (1991-1993) and German language training (1990-1991). As an academic leader, he supervised doctoral theses on urban modernization, tensile structures, archaeological museums, and cultural heritage. He participates in international networks like iNEER and the European Association for Architectural Education.

• Urban Planning
• Spatial Development
• Sustainable Cities
• +4 more

Prof. Brankica Milojević is a Full Professor at the University of Banja Luka's Faculty of Architecture, Civil Engineering and Geodesy. She specializes in urban planning and spatial development, with affiliations including advisory roles for the Traffic Safety Agency of the Republic of Srpska and the Association of Urban Planners of Serbia. Her research emphasizes: Sustainable urban systems integrating flood resilience and environmental protection Policy frameworks for spatial governance in transitional economies Cross-disciplinary approaches linking geospatial tech, legislation, and community needs Recent publications (2020-2025) focus on: Integrated planning methodologies Regulatory reforms in Balkan spatial policy Urban resilience in climate adaptation Geospatial technology applications She co-led national/EU projects including: ‘Knowledge for Resilient Society’ (Erasmus+) ‘Modeling Concrete Durability’ (Ministry of Science)

Charles JenningsView profile

Associate Professor

• Emergency management
• Fire/EMS operations
• High-rise buildings
• +6 more

Charles Jennings is an Associate Professor in the Department of Security, Fire, and Emergency Management at John Jay College of Criminal Justice, City University of New York. He serves as Program Director for the Master's in Emergency Management program and Director of the Christian Regenhard Center for Emergency Response Studies (RaCERS). His educational background includes: PhD in City and Regional Planning from Cornell University (1996) MRP in City and Regional Planning from Cornell University (1994) MS in Fire Protection Management from John Jay College of Criminal Justice (1990) BS in Journalism from University of Maryland at College Park (1986) AS in Fire Science from Montgomery College (1984) Professor Jennings conducts research in emergency management, fire service operations, and public safety policy. His work focuses on response to complex incidents including active shooter events, bombings, and technological failures. He has developed after-action reports on major incidents such as the Pulse Nightclub shooting and Boston Marathon bombing. His research also examines community fire risk and resource deployment using Geographic Information Systems (GIS) to promote evidence-based practices in emergency response. His publications demonstrate expertise across emergency management, fire science, and public safety policy, spanning from high-rise building evacuation planning to fentanyl exposure risks for first responders, showing a career-long commitment to improving emergency response protocols through evidence-based approaches. His work bridges academic research with practical applications in the field. His scientific achievements include: Chief Fire Officer designee, Center for Public Safety Excellence Fellow, Institution of Fire Engineers City of White Plains Mayoral Proclamation, "Charles Jennings Day" January 22, 2008 With a career balancing academic and practitioner positions, Professor Jennings served as Deputy Commissioner of Public Safety for White Plains, NY and Chair of the Board of Fire Commissioners in Ithaca, NY. His professional memberships span numerous organizations including the National Fire Protection Association, Society for Risk Analysis, and International Association of Emergency Management, reflecting his interdisciplinary approach to emergency response. As Director of the Christian Regenhard Center for Emergency Response Studies, he leads research initiatives focused on improving emergency response protocols and policies, particularly in high-rise building safety and emergency communications.

• Urban Climatology
• Climate-sensitive Urban Planning
• Built Environment and Urban Climate
• +3 more

Kevin Lau is a Lecturer in the Architecture and Water department at Luleå University of Technology, part of the Department of Civil, Environmental and Natural Resources Engineering. With 15 years of experience in climate-sensitive urban planning and design, he specializes in the relationship between built environments and urban climate systems. His primary research interests include urban climatology, focusing particularly on human thermal comfort in outdoor environments and the connections between the built environment, climate, and health and well-being. His work bridges scientific research with practical urban planning applications, translating complex climate data into actionable design guidance. He has served as principal investigator for numerous projects commissioned by government departments, NGOs, and private sector organizations. Lau is currently an active member of the WMO Expert Network for the Commission for Observations, Infrastructure and Information Systems and the Commission for Weather, Climate, Water and Related Environmental Services and Applications. His recent publications demonstrate a strong focus on climate resilience in building design, microclimate research methodologies, and the health impacts of urban climate conditions, particularly in high-density environments. His research shows a consistent pattern of international collaboration, particularly with researchers in Hong Kong and other East and Southeast Asian high-density cities, examining how local climate zones affect thermal comfort and health outcomes. His work combines theoretical climate science with practical urban design applications, contributing to more climate-responsive built environments.