Find Academic Supervisors

• Sustainability in Built Environment
• Civil Engineering
• Modular Construction
• +3 more

Dr. Yongtao Tan is a Senior Lecturer in the Civil and Infrastructure Engineering Discipline at RMIT University's School of Engineering. He is based at the City Campus, Australia, and actively supervises Masters and PhD students in areas such as BIM integration, green retrofit, and modular construction. His research focuses on sustainability in the built environment, including topics like infrastructure resilience, low-carbon building practices, and policy analysis for sustainable urbanization. Research Interests: Sustainability leadership in the built environment Green retrofit technologies Modular and prefabricated construction Infrastructure resilience and urban planning Policy analysis for sustainable development Recent Articles Trends: Dr. Tan's work emphasizes interdisciplinary approaches, combining civil engineering with digital technologies (e.g., BIM, AI) and policy analysis to address challenges in sustainable urbanization. His 2024-2025 publications highlight evacuation safety in rail transit, AI integration in construction, and urban microenvironmental health. Professional Memberships: American Society of Civil Engineers (ASCE) Chartered Institute of Building (CIOB) Chinese Research Institute of Construction Management (CRIOCM) Advising & Grants: He supervises projects on BIM-system dynamics integration, green retrofit analysis, and prefabricated construction policy frameworks. His work often involves collaborations with industry partners and international researchers.

Jens Bo Holm-NielsenView profile

Associate Professor

• Photovoltaics
• Energy Engineering
• Electric Vehicle Engineering
• +4 more

Jens Bo Holm-Nielsen is an Emeritus Associate Professor at Aalborg University's Faculty of Engineering and Science, affiliated with the Esbjerg Energy Section. His research focuses on renewable energy systems, biogas production, smart grids, and energy efficiency in healthcare facilities. He holds an M.Sc. in Agricultural Engineering from the University of Copenhagen (1980). Research Interests: His work spans photovoltaics, energy storage, offshore energy systems, and sustainable building design. Notable projects include the INBIOM Innovation Network for Bioresources and the AD Booster System for enhanced biogas production. He has organized conferences on smart grids, offshore oil and gas, and wind energy. Grants and Projects: He led projects such as the 'Balancing Indoor Air Quality and Energy Efficiency in Healthcare Buildings' (2022–2024) and contributed to initiatives like 'Produced Water Treatment for Offshore Oil and Gas Production' (2015). He has secured funding from agencies like EUDP and the Danish Ministry of Education and Research. Media and Outreach: His expertise is frequently highlighted in media discussions on biogas, energy transitions, and smart metering. He emphasizes Denmark's potential to shift 100,000 households away from natural gas annually through renewable alternatives.

• Energy Geography
• Climate Change Planning
• Low-Carbon Energy Transitions
• +3 more

Christina Hoicka is an Associate Professor in Geography and Civil Engineering at the University of Victoria, Canada. She holds the Canada Research Chair in Urban Planning for Climate Change and leads the Re-imagining Social Energy Transitions (ReSET) CoLaboratory. Her expertise spans energy geography, low-carbon transitions, and renewable energy justice. Hoicka earned a PhD in Geography from the University of Waterloo, an MES from York University, and a B.Eng from McGill University. Her research focuses on renewable energy clusters, energy citizenship, and justice in urban and Indigenous contexts. She co-founded the Women & Inclusivity in Sustainable Energy Research (WISER) Network. Key contributions include analyzing policy frameworks for renewable energy communities and exploring Indigenous involvement in energy transitions. Hoicka’s work bridges academic and applied contexts, emphasizing regional energy planning and multi-level governance. Her articles often address socio-technical systems, policy design for energy efficiency, and equity in climate action funding. Awards: Canada Research Chair (2021–present) Lab: ReSET CoLaboratory at UVic, advancing place-based energy justice research

Eugenio Noronha Maia, InaView profile

Researcher

• Energy Efficiency
• Building Decarbonization
• Renewable Energy Systems
• +3 more

Dr. Ina Eugenio Noronha Maia is a researcher at TU Wien's Department of Energy Economics and Energy Efficiency, part of the E370-03 research group. Her work focuses on advancing building decarbonization through data-driven approaches, optimizing retrofitting strategies, and aligning economic assessments with long-term climate goals. She holds a PhD and has contributed to cross-country analyses of building energy performance, budget constraints in renovation investments, and the design of policy instruments like energy performance certificates and renovation passports. Her research interests include sustainable building retrofitting, energy efficiency optimization, and the socio-economic dimensions of energy policy implementation. She has explored frameworks for long-term step-by-step renovation models, integrating techno-economic factors with building owner capabilities. Key publications include analyses of natural gas expenditure impacts on decarbonization, budget-restricted renovation scenarios, and comparisons of building stock data sources. Her work bridges technical and policy domains, emphasizing practical implementation challenges and consumer perspectives in energy transition efforts.

• Structural Health Monitoring (SHM)
• Machine Learning
• Seismic Engineering
• +7 more

Eloi Figueiredo is a Full Professor at the Faculty of Engineering of Lusófona University in Lisbon. His expertise lies in Structural Health Monitoring (SHM) , Machine Learning , and Bridge Management . He leads the Civil Research Group focused on sustainable infrastructure and serves as Associated Editor for the Structural Health Monitoring: An International Journal . Research Interests : SHM algorithms, climate change adaptation of bridges, damage identification via machine learning, finite element modeling. Projects : ClimaBridge Project (EEA Grant), Buildingadapt Project on climate resilience. Collaborations : European Union, United States, Brazil, UK, Norway institutions. Awards : EEA Grant for climate-bridge research. His 15 most recent publications address transfer learning , Bayesian calibration , and climate impact on structural integrity , with 100+ total SHM publications and 70+ opinion pieces promoting science. He has delivered international keynote speeches and developed tools like SHMTools and smartphone-based monitoring applications.

Ulrike DackermannView profile

Lecturer

• Structural Health Monitoring (SHM)
• Non-Destructive Testing & Evaluation (NDT&E)
• Hybrid Timber Structures
• +6 more

Dr. Ulrike Dackermann is a Lecturer in the School of Civil and Environmental Engineering at UNSW and a member of the Centre for Infrastructure, Engineering and Safety (CIES). She joined UNSW in 2017 after serving as a lecturer at the University of Technology Sydney (UTS) from 2014. Her expertise spans Structural Health Monitoring (SHM), Non-Destructive Testing & Evaluation (NDT&E), Hybrid Timber Structures, and AI-driven data analytics. Dr. Dackermann holds a PhD in Civil Engineering (UTS, 2010) and an MSc from TU Munich (2003). Her research focuses on advancing smart SHM systems using AI, signal processing, and data fusion. Notable projects include developing damage assessment methods for the Sydney Harbour Bridge and crowd monitoring for pedestrian bridges. She also collaborates with AusGrid on AI-based tools for timber pole inspection. Her work on hybrid timber structures explores their dynamic behavior and long-term performance under pedestrian vibrations. Research Interests: SHM, NDT&E, timber structures, AI, modal analysis, guided wave analysis. Affiliations: Deputy Editor of the Australian Journal of Civil Engineering, member of ANSHM, CRESTIMB, and multiple international engineering consortia. Grants: ARC Linkage Project (2023–2026), Australia-Germany Joint Research (2018–2019), and multiple UTS grants. Teaching: Courses include Structural Dynamics, Sustainable Timber Engineering, and Bridge Engineering. Dr. Dackermann’s research addresses both technical and societal challenges, such as her volunteer work with Engineers Without Borders to design energy-efficient stoves in Nepal and Tanzania. Her interdisciplinary approach integrates hands-on engineering solutions with global impact.

• Renewable Energy Technologies
• Energy Efficiency
• Circular Economy
• +3 more

Krushna Mahapatra is a Professor of Sustainable Built Environment at Linnaeus University, Sweden. He holds a PhD in Ecotechnology and Environmental Science and an MSc in Forestry from the University of Toronto and Forest Research Institute, India. His research focuses on renewable energy implementation, energy efficiency, and circular economy practices in the built environment. He leads projects such as the Linnaeus University Centre for Competitive Timber Structures and contributes to initiatives like the Climate Neutral Växjö 2030 project. Education: PhD (Mid Sweden University), MSc (University of Toronto, Forest Research Institute) Affiliations: Faculty of Technology, Department of Built Environment and Energy Technology Research Groups: Sustainable Built Environment Research (SBER), Linnaeus University Centre for Competitive Timber Structures His research explores homeowners' attitudes toward energy-efficient renovations, policy instruments for deep building renovations, and the integration of digital tools in one-stop-shop business models. He collaborates with municipalities and industry stakeholders to address challenges in energy transition and urban sustainability. Key projects include the Circular Trust Building (CTB) initiative, Future Baltic Bauhaus, and ProRetro, which aim to accelerate energy-efficient retrofitting and promote circular practices. His work spans policy analysis, behavioral studies, and technological innovation in construction and energy sectors.

Akilu Yunusa-KaltungoView profile

Professor

• Sustainable Asset Integrity
• Process Reliability
• Occupational Safety and Health (OSH)
• +7 more

Akilu Yunusa-Kaltungo is a Professor and Reader in Reliability and Maintenance Engineering at the University of Manchester's School of Engineering, where he serves as Head of Education overseeing over 5,500 students across multiple engineering disciplines. His academic career is complemented by over a decade in industrial leadership roles at LafargeHolcim, focusing on maintenance, safety, and operations. He holds Chartered Engineer (CEng) status and fellowships with IMechE and the Higher Education Academy (FHEA). His research interests span sustainable asset integrity, process reliability, and energy optimization, with notable contributions to BIM integration, fault detection, and decarbonization. He has secured funding from government and industry, published over 150 articles, and delivered keynotes at UN Science Summits. His editorial roles include Nature Scientific Reports and Sustainability, and he has reviewed for agencies like the British Council and Royal Society. Awarded the 2023 Teacher of The Year and EFNMS Excellence Award (2010), he chairs key committees on teaching and safety, and serves as Regional Secretary for IMechE. His work aligns with UN SDGs, particularly energy efficiency and climate action. He advises MSc programs at Portsmouth University and governs High Lane Primary School. Recent research emphasizes immersive technologies for OSH training, AI-driven energy prediction, and graphene-enhanced cement for low-carbon manufacturing. His grants include the High-Performance Graphene Enhanced Cement project (2022–2023), advancing sustainable materials innovation.

Hassan HayajnehView profile

Assistant Professor

• Mechatronics systems
• Renewable energy sources
• Traditional energy systems
• +4 more

Hassan Hayajneh is an Assistant Professor in Mechatronics Engineering Technology at Purdue University Northwest . He is a Certified Energy Manager (CEM ® ), LEED Green Associate, and Mechanical Engineering EIT with extensive academic-industry experience in renewable energy systems , mobile energy storage , and electric vehicle infrastructure . Education : Ph.D. in Sustainable Energy Systems Engineering (Texas A&M University-Kingsville) M.S. in Mechanical Engineering (Texas A&M University-Kingsville) B.S. in Mechatronics Engineering (The Hashemite University) Research Interests : Developing integrated frameworks for renewable energy adoption Optimizing electric vehicle charging infrastructure Designing hybrid energy storage solutions Advancing solar-powered desalination technologies Improving grid resiliency through decentralized systems Applying AI to energy forecasting and management Research Trends : Recent publications focus on cross-disciplinary approaches combining renewable energy , water treatment , and transportation electrification . Key themes include hybrid energy systems , storage optimization , and sustainable infrastructure for urban and remote applications. Scientific Awards : Certified Energy Manager (CEM ® ) LEED Green Associate accreditation Mechanical Engineering EIT license

Daniel ChungView profile

Associate Professor

• Building Science
• Hygrothermal Analysis
• Building Envelopes
• +5 more

Dr. Daniel Chung is an Associate Professor of Building Science at the University of Toronto's John H. Daniels Faculty of Architecture, Landscape, and Design. A registered architect and professional engineer with over 20 years of experience, he focuses on improving building performance and resilience through hygrothermal envelope analysis and material testing. His educational background spans architecture, civil engineering, and environmental design from Yale, Drexel, Princeton, and the University of Pennsylvania. Ph.D., Architectural Engineering, Drexel University (2019) M.Arch., Yale University (2006) M.S.E., Civil & Environmental Engineering, Princeton University (2000) B.A. & B.S.E., University of Pennsylvania (1998) Chung's research examines building envelope performance under climate change, emphasizing stochastic modeling, degradation analysis, and biogenic material properties. His lab investigates moisture dynamics in retrofitted assemblies and develops simulation tools like HAM-Tools. Current projects include NSERC-funded retrofit solutions, equitable low-carbon housing initiatives, and Canada Mortgage and Housing Corporation collaborations. Dr. Chung teaches advanced building envelope systems, architectural design studios, environmental systems, and materials/construction courses. He actively mentors graduate students in physical sciences, building physics, and engineering disciplines.

• Building Energy Modelling
• Urban Environment
• Sustainable Refurbishment
• +11 more

Dr Jim Parker is a Senior Lecturer at Leeds Beckett University, affiliated with the School of Built Environment, Engineering and Computing. He is based at the Leeds Sustainability Institute and leads significant research projects in building energy performance, urban sustainability, and retrofit evaluation. He teaches on both undergraduate and postgraduate programs, including the MSc in Architectural Technology & Design and BSc/MSc in Building Services Engineering. Research Interests: Jim's research centers on the deep retrofit of the UK housing stock, urban heat islands, green infrastructure, and energy flexibility in buildings. His work integrates calibrated energy models to assess retrofit performance, mitigate unintended consequences, and support national carbon reduction targets. He explores microclimatic impacts in cities, focusing on air temperature, air quality, and green space effectiveness. Recent Research Trends: His recent publications and projects reflect a strong focus on real-world building performance, environmental monitoring, and policy-relevant research. Themes include the energy performance gap, smart cities, overheating resilience, and sustainable urban development. Much of his work is applied, involving field studies, government collaboration, and industrial partnerships. Scientific Awards: UK Treescapes Fellow (2023) Advising and Grants: Jim supports doctoral, postgraduate, and undergraduate students in research and publication. He has secured high-value research funding from Government Departments and UKRI, including the £3 million Demonstration of Energy Efficiency Potential (DEEP) project. He collaborates with industrial partners and contributes to international research through IEA Annexes, notably serving as a sub-task lead for IEA Annex 67 on Energy Flexible Buildings. Labs and Teams: Jim is a key member of the Leeds Sustainability Institute (LSI), a research center focused on sustainable urban development, low-carbon technologies, and environmental resilience. His work involves interdisciplinary teams conducting field monitoring, data analysis, and simulation-based research across domestic and non-domestic building sectors.

Yunyang YeView profile

Assistant Professor

• Sustainable Buildings
• Building Energy Systems
• Urban-Scale Electrification
• +7 more

Dr. Yunyang Ye is an Assistant Professor in the Department of Civil, Construction and Environmental Engineering at the University of Alabama, College of Engineering. He joined the faculty in Fall 2023 after serving as a Research Scientist at the Pacific Northwest National Laboratory (PNNL). He is affiliated with the Center for Sustainable Infrastructure and contributes to interdisciplinary research in sustainable building systems. Ph.D., Architectural Engineering, University of Colorado Boulder, 2019 M.E., Power Engineering (HVAC), Tongji University, 2016 B.E., Building Environment and Facilities Engineering, Tongji University, 2013 Dr. Ye's research focuses on sustainable buildings, energy efficiency, and grid-interactive efficient building applications. His work spans urban-scale electrification, distributed energy resources, occupant-centric controls, and building retrofit analysis. He employs advanced modeling and machine learning techniques to evaluate energy-saving potentials and policy impacts. The recent publications highlight a strong trend in integrating building energy systems with smart grids, using AI for demand forecasting, and assessing economic and environmental impacts of energy policies. His work frequently involves large-scale simulations and case studies on U.S. commercial and educational buildings, demonstrating practical applications for future energy policy and building design. Dr. Ye has received several prestigious recognitions: IBPSA-USA Emerging Contributor Award (2024) 2022 ASHRAE Homer Addams Award Reviewer of the Year, Journal of Solar Energy Engineering (2021) As a principal investigator at PNNL, Dr. Ye led research on urban-scale electrification and has extensive mentoring experience. He maintains strong collaborations with national laboratories including PNNL, ORNL, NREL, and LBNL, as well as academic institutions such as Penn State and Georgia Tech. His research is supported by interdisciplinary teams and has resulted in over 40 peer-reviewed publications. Dr. Ye is actively involved in sustainable infrastructure research through the Center for Sustainable Infrastructure at the University of Alabama, where he continues to advance innovative solutions for energy-efficient and resilient building systems.

• Building Performance Evaluation
• Household Energy Assessments
• Damp and Mould Detection
• +7 more

Dr. Adam Hardy is a Senior Research Fellow at Leeds Sustainability Institute, School of Built Environment, Engineering and Computing, Leeds Beckett University. His work specializes in building performance evaluation using multi-source data including EPC records, smart-meter data, and fieldwork to quantify heat loss and improve domestic energy efficiency. Developed the QUB method for rapid energy assessments Applied machine learning to damp and mould detection in UK homes Leads lab facilities in Leeds’ Climate Innovation District His research bridges building science and data analytics, focusing on scalable solutions for sustainable housing. Key publications cover energy validation, smart meter policy analysis, and interdisciplinary astrophysical studies. He manages the £3M DEEP project on solid wall home retrofits and operates test cells for real-building technology validation. Lab leadership includes maintaining historic buildings for sustainability research. While no scientific awards are explicitly listed, his work aligns with UK clean growth strategies and addresses critical housing health risks like damp-related illnesses.

• Real Estate Finance
• Sustainable Construction
• Quantitative Methods in Real Estate
• +4 more

Prof. Dr. Leo Cremer is a faculty member at RheinMain University of Applied Sciences, specializing in mathematical methods within the construction and real estate industry. His work bridges quantitative analysis, financial modeling, and climate-resilient property development. Real Estate Management (B.Eng.) Financial Mathematics Energy-Efficient Renovations Risk Management His research focuses on sustainable real estate finance, particularly energy retrofitting and climate adaptation strategies. Recent projects analyze policy instruments for deep energy retrofits and green refinancing mechanisms. As an active academic leader, he chairs the Salary Commission for Architecture and Civil Engineering and serves as International Representative for Real Estate programs.

• Civil Engineering
• Structural Engineering
• Machine Learning Applications in Construction
• +4 more

Afaq Ahmad is a Postdoctoral Fellow at Oslo Metropolitan University , affiliated with the Faculty of Technology, Art and Design and the Department of Built Environment. His research focuses on the intersection of civil engineering, structural analysis, and machine learning applications. Institution: Oslo Metropolitan University Department: Built Environment Afaq's work examines hybrid concrete technologies, fiber-reinforced composites, and structural health monitoring using advanced computational methods. He specializes in applying image processing and neural networks to evaluate concrete properties and defects. His recent publications highlight innovations in engineered cementitious composites for masonry, symbolic matrix structural analysis for beams, and machine learning-driven assessments of concrete columns and wooden structures. Key trends include non-destructive testing and predictive modeling for infrastructure resilience. Research activities span from 2022-2025 , with 15 representative articles demonstrating expertise in: Concrete material science and failure analysis Machine learning integration in structural engineering Seismic performance evaluation Hybrid composite reinforcement systems His work frequently combines computer vision techniques with civil engineering challenges, particularly in defect detection and load capacity prediction.