Find Academic Supervisors

• Sustainable Architecture
• Construction Materials
• Urban Regeneration
• +4 more

Begoña Blandon Gonzalez is an Associate Professor at the Higher Technical School of Architecture, University of Seville. She works in the Department of Architectural Constructions I and focuses on sustainable architecture, construction materials, and technical education. Areas: Sustainable Architecture, Construction Waste Management, Building Rehabilitation Teaching: Construction subjects, Master's Final Project, Risk Management Research: SATH group (Sustainable Architecture, Technology, and Heritage) Research Interests include eco-efficient construction materials, urban regeneration of abandoned towns, and integrating sustainability into architectural education. She has developed projects like MRCD-PV for construction waste minimization and (Re)Programa for sustainable Andalusian housing rehabilitation. Publications prioritize sustainable construction cycles, recycled material characterization, and accessibility in social housing. Her work bridges environmental impact analysis with practical building techniques. Contact : bblandon@us.es

• Energy Transition Scenarios
• Energy Policy
• Policy Interaction
• +8 more

Dr. Robert Harmsen is an Assistant Professor in the Energy & Resources group at the Copernicus Institute of Sustainable Development , Utrecht University. His research focuses on energy transition dynamics, policy interaction, and the role of the built environment in decarbonization efforts. Current academic role: Assistant Professor in Energy & Resources Key research themes: Heat Transition, Energy Policy, Renewable Energy Integration Teaching: Coordinated courses in Utrecht University’s Master Sustainable Development track, including Tools for Energy & Material Analysis and Policies for Energy & Material Transitions , with guest lectures in Energy Science and Global Sustainability Science Email: r.harmsen@uu.nl Research Interests Harmsen investigates the factors driving successful energy transitions, with a particular emphasis on heat decarbonization in the residential sector . His work explores how policies can be designed to account for complex interactions and systemic barriers, drawing on methods like decomposition analysis and technology assessment. Energy Policy Design Heat Transition in Urban Areas Policy Interaction Effects Decomposition Analysis Variable Renewable Energy Integration Building Sector Energy Efficiency Publications and Media Engagement He has published extensively on topics such as district heating systems , combined heat and power (CHP) , and policy evaluation frameworks . His research is frequently cited in Dutch media (e.g., AD , RTV Utrecht ) on issues like wind turbine noise pollution and natural gas phaseout strategies.

• Geographic Information Science
• Remote Sensing
• Spatial Analysis
• +5 more

Dr. Mitali Joshi is a postdoctoral researcher at the Faculty of Geosciences , Copernicus Institute of Sustainable Development , Utrecht University , working in the Energy & Resources section on the JUST PEPP project. With a PhD in Architecture and Urban Planning from the University of Liège (2020), she specializes in GIS and remote sensing for urban-environmental applications. Education : PhD in Architecture/Urban Planning (University of Liège, 2020) Research Focus : Combines geospatial technologies with urban climate resilience to address challenges like: Green roof implementation for microclimate regulation Urban heat island mitigation through data-driven planning Flood vulnerability assessment for cultural heritage Disaster risk reduction in informal settlements High-performance computing for urban sustainability Publication Trends : Recent work demonstrates expertise in: Advanced statistical and machine learning applications Belgium-based urban climate studies Green infrastructure quantification methods Disaster resilience frameworks Climate zone specific modeling Skills : Proficient in Python, ArcGIS, R, High Performance Computing, and cartographic visualization techniques.

• Urban Energy Systems
• 4th/5th Generation District Heating and Cooling (4GDHC, 5GDHC)
• Thermohydraulic System Simulation
• +5 more

Rahul Karuvingal is a Researcher at the Institut für Energieeffiziente Gebäude und Raumklimatechnik (EBC) within the E.ON Energy Research Center at RWTH Aachen University . His work focuses on 4th/5th Generation District Heating and Cooling (4GDHC, 5GDHC) networks, emphasizing dynamic thermohydraulic simulations , advanced control strategies , and substation technology optimization . He also contributes to teaching and industry collaborations. Education: Master of Computer-Aided Conception and Production in Mechanical Engineering (2020), RWTH Aachen University Master of Aircraft and Helicopter Design, Kharkiv Aviation Institute (National University of Aerospace), Ukraine Karuvingal's research includes Model Predictive Control (MPC) for enhancing network flexibility, Life Cycle Assessment (LCA) of sustainable substation designs, and numerical analysis of soil heat gains in cold networks. His 2023 publications highlight open-source toolchains for urban energy planning and thermal modeling. He combines digital twin technologies with Computational Fluid Dynamics (CFD) simulations to address energy efficiency challenges. At RWTH Aachen, Karuvingal supports the lecture series "Grundoperationen der Energietechnik" and delivers guest lectures in the RWTH International Academy's "Sustainable Buildings and Green Cities" Summer School . His industry experience includes roles at E.ON and Krantz GmbH , focusing on thermal system development , product optimization , and ventilation/climate technology . He leverages Dymola/Modelica and Python for dynamic system modeling and automation.

Gianni Royer CarfagniView profile

Professor

• Structural Mechanics
• Mechanical Engineering
• Fracture and Damage Mechanics
• +6 more

Gianni Royer Carfagni is a Full Professor of Structural Mechanics at the University of Parma, Department of Industrial Systems and Technologies Engineering (DISTI). He serves as Director of Graduate Studies in Industrial Engineering and has held adjunct/visiting roles at institutions including Rice University, University of Houston, and Peter The Great St. Petersburg Polytechnic University. Education: PhD in Structural Engineering (University of Florence, 1994); Civil Engineering Master (University of Pisa, 1990, cum Laude) Royer Carfagni's research focuses on brittle/quasi-brittle materials , structural glass , fracture mechanics , and lightweight structures . His recent publications address thermal modeling of glass façades, lunar base design with indigenous materials, and CNT fiber-based structural systems. Bibliometric indices include Scopus h-index 27, Google Scholar h-index 31, and over 200 publications. Scientific contributions include coordination of 3 Carbon Hub grants (2022-2024) and 4 ReLUIS seismic research units. He founded Spaceglass SRL (2023) for transparent composites in aerospace applications and leads international standardization efforts for structural glass as Italian delegate in CEN-TC-250 SC11. Honors: Stanford University-Elsevier World’s Top 2% Scientists (2020-2023); Licensed Professional Engineer

• Life Cycle Assessment
• Circular Economy
• Smart Energy Systems
• +3 more

Dr. Kasun Hewage is a Full Professor in the School of Engineering at the University of British Columbia’s Okanagan campus, where he holds the FortisBC Smart Energy Chair and serves as Associate Director of the UBC Clean Energy Research Centre. He directs the Life Cycle Management Laboratory, Canada’s only dedicated facility in this field. With a PhD in Project Management from the University of Calgary and a BScEng from the University of Moratuwa, his multidisciplinary expertise spans infrastructure sustainability, energy systems, and construction optimization. His research integrates lifecycle thinking across four key domains: Building Performance Enhancement : Energy efficiency retrofits and emissions reduction Clean Technology : Renewable energy integration and waste-to-energy solutions Policy Implementation : BC Energy STEP Code adoption frameworks Smart Grids : Electric vehicles for demand-side management Current projects include micro carbon capture systems, urban resilience planning, and sustainable transportation. His scholarly work emphasizes practical applications, with recent publications exploring blockchain-enabled supply chains, machine learning for energy retrofits, hydrogen infrastructure, and flood-resilient urban design. Research consistently addresses decarbonization, circular economy principles, and climate adaptation in built environments. Honors include fellowships with the Engineering Institute of Canada (FEIC) and Canadian Society for Civil Engineering (FCSCE). As graduate supervisor, he mentors emerging researchers in sustainable infrastructure development. His industry collaborations with FortisBC, municipalities, and energy firms have yielded decision-support tools for low-carbon transitions.

Chuan HeView profile

Professor

• Advertising
• Search
• Pricing Strategies
• +1 more

Chuan He is a Professor at the Leeds School of Business , University of Colorado at Boulder , specializing in Strategy, Entrepreneurship and Operations . His research focuses on advertising , search theory , pricing strategies , and channel contracts . He holds a Ph.D. in Marketing from Washington University in St. Louis and an M.A. in Economics from the University of Toronto. Education Ph.D., Marketing, Washington University in St. Louis MSBA, Marketing, Washington University in St. Louis M.A., Economics, University of Toronto, Canada B.A., Economics, Memorial University of Newfoundland, Canada His scholarly work spans environmental economics , behavioral pricing , and product line strategies , with recent publications analyzing carbon trading impacts on real estate, dynamic pricing models, and confirmation bias in advertising. He serves on the editorial board of Marketing Science , a leading journal in the field. Articles reflect trends in data-driven marketing , sustainable operations , and consumer psychology , demonstrating his interdisciplinary approach to modern business challenges.

Matthew GreggView profile

Academic

• Low Carbon Building
• Climate Change Adaptation in the Built Environment
• Sustainable Building Design
• +3 more

Matthew Gregg is a Senior Research Fellow in Architecture and Climate Change at the School of Architecture, Oxford Brookes University. Affiliated with the Low Carbon Building Group of the Oxford Institute for Sustainable Development, his work focuses on building performance evaluation, climate change adaptation, and sustainable building design. He teaches on the MSc Sustainable Building: Performance and Design program and collaborates with institutions like the University of Oxford and Bioregional. Education: MSc in Sustainable Building: Performance and Design, Oxford Brookes University (2009) BArch (prior to 2009) His research integrates climate change modeling and empirical building monitoring to address overheating risks, energy efficiency, and low-carbon community development. Key projects include RESIDE (India residential energy codes), ZERO-PLUS (net-zero settlements), and SNACC (UK suburban adaptation). Recent publications emphasize urban energy mapping , smart thermostat effectiveness , and heat pump deployment . Awards include Best Paper honors at SEEDS (2017, 2020) and IBPSA England (2020). Scientific Awards: SEEDS 2017: Mapping socio-economic barriers in UK energy policy SEEDS 2020: Lockdown energy performance analysis IBPSA England 2020: Spatial urban energy modeling Gregg has secured grants from the European Commission, Joseph Rowntree Foundation, and EPSRC for interdisciplinary projects spanning building science, urban planning, and behavioral research. His consultancy experience includes urban design work in the USA and collaboration with the Nashville Civic Design Center.

Charles ParrackView profile

Senior Lecturer

• Post-Disaster Shelter
• Humanitarian Response
• Community Development
• +3 more

Charles Parrack is a Reader and Shelter after Disaster Research and Knowledge Lead at the School of Architecture, Oxford Brookes University . He holds academic leadership roles in postgraduate education, including co-leading the Masters in Architectural Design (RIBA Part 2) and subject leadership for technology across the school. His research focuses on post-disaster shelter, self-recovery mechanisms, and sustainable architectural practices. Education : BSc in Environmental Engineering, MSc in Development Practice (CENDEP), Postgraduate Certificate in Higher Education (PGCHE) Affiliations : Centre for Development and Emergency Practice (CENDEP), Global Shelter Cluster Research interests include post-disaster housing response , shelter safety protocols , community-driven reconstruction , and structural resilience . He collaborates with international organizations like CARE and USAID on long-term disaster recovery projects. Recent publications explore self-recovery in Vanuatu , safety guidelines in humanitarian programs , and knowledge exchange frameworks . His work spans case studies in Asia, Africa, and the Pacific , emphasizing inclusive practices and material innovation. Grants & Projects : Afghanistan Shelter and Settlements long-term outcomes (2022-2024), funded by USAID (£146,625) Leadership : Co-leader of Masters in Architectural Design Subject leader for Technology at the School of Architecture Collaborations : Global Shelter Cluster working groups International shelter coordination organizations

Hadi ArbabiView profile

Lecturer

• Urban Sustainability
• Infrastructure Resilience
• Climate Change Adaptation
• +7 more

Dr. Hadi Arbabi is a Lecturer in the Built Environment at the School of Mechanical, Aerospace and Civil Engineering, University of Sheffield. Their research focuses on resource consumption, productivity, and climate resilience in urban systems, integrating data-driven urban analytics with planning frameworks. Research Interests: Infrastructure resilience, urban scaling, urban metabolism, network analysis, city morphology, population allometry. Methodologies: Mobile-sensing platforms, computer vision, 3D urban mapping, ecological network analysis, and probabilistic climate modeling. Recent Articles (2025–2022): Explored topics include urban material stocks, climate-resilient infrastructure, energy prediction models, and geodemographic regional development. Metrics: Over 340 citations and an h-index of 11 on Google Scholar as of July 2025. Hadi leads the Resources, Infrastructure Systems and built Environments (RISE) group and coordinates Architectural Engineering programs, contributing to Energy and Sustainability specialism in General Engineering. They emphasize circular economic strategies and multi-scale urban analysis to address planetary resource constraints.

Fazel KhayatianView profile

Assistant Professor

• Urban Energy Systems
• Machine Learning
• Building Energy Modeling
• +3 more

Fazel Khayatian is an Assistant Professor in the Department of Architecture and Planning at the Klesse College of Engineering and Integrated Design, University of Texas at San Antonio. He holds a Ph.D. from Politecnico di Milano, Italy, and focuses on urban energy systems, data-driven predictive control, and sustainable built environments. Ph.D., Politecnico di Milano, Italy His research explores digital twin applications , machine learning for energy planning , and innovative building materials . Recent work highlights urban multi-energy systems , phase change materials (PCM) , and generative adversarial networks (GANs) to address climate and human-system uncertainties. Articles emphasize smart city development, building energy retrofitting, and open data sharing for sustainability. Dr. Khayatian employs hybrid modeling frameworks and reinforcement learning to enhance building energy management systems (BEMS). His contributions bridge architectural design , data science , and policy analysis for scalable climate solutions.

Zongjun LiView profile

Lecturer

• Structural Engineering
• Composite Materials
• Sustainable Construction Materials
• +3 more

Dr Zongjun Li serves as a Lecturer at the School of Engineering and Technology, University of New South Wales (UNSW) Canberra campus since 2022. He holds a PhD from UNSW and previously worked as a Postdoctoral Research Associate/Fellow at UNSW Canberra and Shenzhen University from 2017 to 2022. His academic base is located at Room 101, Building 20, UNSW Canberra @ ADFA with contact number +61-2-51145265. Dr Li's educational background includes a PhD from the University of New South Wales. His research spans structural engineering with emphasis on advanced composite materials and sustainable construction solutions. His primary research interests focus on structural behavior of FRP-concrete composites , sustainable building materials , and impact dynamics . He investigates bond mechanisms in alkali-activated concrete systems, develops wood-geopolymer composites, and analyzes hybrid structural elements under dynamic loading. His work integrates experimental testing with computational modeling to address challenges in infrastructure resilience and sustainable construction. Analysis of his recent publications reveals strong emphasis on fiber-reinforced polymer applications (80% of articles), with growing focus on sustainable material alternatives (40% since 2022) and machine learning integration in structural analysis (emerging trend in 2024). His work consistently bridges fundamental material science with practical structural engineering applications. Scientific recognition includes: Best Paper Award at International Conference on Computational Methods (ICCM 2017) Dr Li actively supervises research students in three key areas: Sustainable Materials (HEMP), Smart Structures (META), and Sustainable Energy with Machine/Deep Learning applications. His grant portfolio demonstrates leadership in competitive funding schemes including Start-Up (Lead CI), RRP (Lead CI), EO-SFRG (Lead CI), EOTP (CI), BA (Lead CI), and UNSW RIS 2024 (CI). Teaching responsibilities encompass Engineering Materials (ZEIT 3501), Impact Dynamics (ZEIT 4014), Explosive Ordnance Technology (ZEIT 8233), and Final Year Engineering Projects (ZEIT 4500/4501).

• Design
• Human geography
• Policy and administration
• +7 more

Pakhee Kumar is a Lecturer (Teaching) in Sustainable Heritage and Data Analysis at the Bartlett School Env, Energy & Resources , University College London. With a PhD in Analysis and Management of Cultural Heritage, they bridge technology and heritage conservation through research and education. Education: Bachelor of Architecture, MSc in Sustainable Heritage, PhD in Analysis and Management of Cultural Heritage. Professional Experience: Conservation architect with AADI Centre, UNESCO Tentative List management, and PhD research at IMT School of Advanced Studies Lucca. Their research focuses on crowdsourcing, social media analytics, disaster management , and artificial intelligence applications in cultural heritage. Recent publications explore overheating risks in historic buildings, heritage crowdfunding, and post-disaster social media data analysis. They supervise PhD students in these areas and advocate for digital heritage sustainability. Teaching includes roles as Deputy Programme Director for MSc Sustainable Heritage and instructor for modules like heritage data management and crowdsourced data analysis at UCL and international institutions.

• Building Physics
• Sustainable Design
• Heat, Air and Moisture Transport
• +5 more

Gustaaf Roels is a Professor and Department Chair at the Department of Civil Engineering, KU Leuven, specializing in Building Physics and Sustainable Design . He leads the Building Physics Subdivision and contributes to the KIES – KU Leuven Institute for Energy and Society. Research focus on hygrothermal behavior of building materials Key projects: IMPACT, Building Climate Neutral, HAM model validation Active in international collaboration (e.g., IBPC 2024) His research explores porous building materials , heat-air-moisture transport , and non-intrusive diagnostics for energy-efficient retrofits. Recent work emphasizes uncertainty quantification in simulations and forensic analysis of building pathologies. Publications highlight advancements in HAM model validation (2024-2025), district heating demand modeling, and climate-resilient insulation strategies. Collaborative efforts span institutions like Loughborough University.

• Smart Grids
• Energy Consumption Modeling
• Urban Mobility
• +4 more

Cruz Enrique Borges Hernandez is a Professor at the Faculty of Engineering, University of Deusto, specializing in computational approaches to energy systems and urban sustainability. His research integrates data science, agent-based modeling, and behavioral analysis to address critical challenges in smart grids, energy consumption patterns, and urban mobility. His primary research interests include: Smart grid optimization and electricity demand forecasting Urban mobility modeling and 15-minute city concepts Behavioral interventions for energy efficiency in buildings Cross-generational climate change perception studies Blockchain applications for peer-to-peer energy markets His recent publications demonstrate strong trends in applying machine learning to smart meter data analysis, developing agent-based simulations for urban systems, and examining socio-technical aspects of energy transitions. Key methodological contributions include cascading models for behavioral nudges and novel approaches to electricity consumption typology derivation. As an active researcher in EU-funded projects, he bridges technical energy modeling with social science perspectives, creating policy-relevant outputs that address both engineering challenges and human behavior aspects of sustainability transitions. His work emphasizes practical implementation through platforms like GreenSoul for building energy monitoring and GTPlat for transport planning simulations.