Juliëtte van Duijnhoven is an Assistant Professor at Eindhoven University of Technology (TU/e) within the Building Lighting group in the Department of Built Environment. Her research focuses on measuring and evaluating lighting conditions in the built environment, emphasizing their impact on human health, performance, and well-being. She leads projects such as SSG STIMULUS BE 2023 and VETHO: Velux and TU/e Home Offices, and supervises three PhD students. She is a member of the Health in the Built Environment team and the Intelligent Lighting Institute, and holds editorial roles for LEUKOS and Lighting Research and Technology . Education: BSc (2012), MSc (2015), PhD cum laude (2019) in Building Engineering and Services at TU/e. Teaching: Responsible for master courses on lighting and co-teaches bachelor courses. Holds a University Teaching Qualification (BKO). Research Interests: Sustainable lighting solutions, personal light exposure patterns, and healthy light behaviors in office environments. Key projects include LightCap (Light, Cognition, Attention, Perception) and DESL as WP2 leader. Awards: 2021 PDA Best Paper Award and 2022 Beste Supervisor Award. Active in international organizations like CIE (JTC18 and JTC20) and ELEA. Labs/Teams: Co-organizes workshops like Symposium Health in the Built Environment and chairs NSVV’s Indoor Lighting Core Team (2020–2024).
Eleni Smyrou is a Lecturer-researcher at the Research Centre for Built Environment – NoorderRuimte, Hanze University of Applied Sciences, Groningen. Her research focuses on earthquake engineering, structural safety, and seismic strengthening techniques for masonry and timber structures. Affiliation: Hanze University of Applied Sciences, Groningen Collaborations: Ihsan Bal, Özlem Çavdar, Francesco Messali, Jan Rots Her research spans seismic behavior of masonry and timber structures, crack detection using AI, and seismic risk mitigation in heritage buildings. She has led projects on hybrid testing of timber structures, seismic monitoring in Groningen, and AI-driven crack segmentation. Recent work includes experimental characterization of cavity wall connections and mechanical modeling of timber-masonry interactions. Key Research Areas Earthquake Engineering AI Applications in Structural Monitoring Timber-Masonry Connections Heritage Building Seismic Enhancement Damage Accumulation Analysis Hybrid Structural Testing Smyrou has participated in international conferences like SAHC 2023 and workshops on timber floor dynamics. Her publications emphasize seismic code compliance, crack detection methodologies, and structural resilience in earthquake-prone regions.
Carlos Lopez Vazquez is a distinguished academic and researcher specializing in wastewater treatment technologies, microbial ecology, and environmental biotechnology. He holds a doctoral degree (cum laude) from Delft University of Technology and IHE Delft Institute for Water Education. His expertise spans postgraduate education, research supervision, and consultancy in urban and industrial wastewater systems. He coordinates the online course on Biological Wastewater Treatment and serves as an Associated Editor for Water Science and Technology , alongside memberships in the International Water Association (IWA) and Water Environment Federation (WEF). His research focuses on cost-effective wastewater treatment systems, microbial population dynamics, mathematical modeling, and resource recovery. Notable contributions include advancing anaerobic/aerobic treatment processes, enhanced biological phosphorus removal (EBPR), and innovative urban water management strategies. He has led projects in Uruguay, India, and the Netherlands, addressing challenges in pulp mill wastewater treatment and biogas plant optimization. Carlos has published extensively on topics such as activated sludge modeling, membrane bioreactor performance, and ozone-based sludge reduction. His work bridges theoretical modeling with practical applications, emphasizing sustainable solutions for water quality management. Despite the absence of explicitly named awards, his contributions reflect significant recognition in the field. He has advised numerous MSc and PhD students, contributing to capacity-building through distance-learning programs. His consultancy projects for public/private sectors highlight his commitment to real-world environmental challenges. Current research interests include microbial community shifts under stress conditions and the integration of novel technologies into wastewater systems.
Dianne van Hove is an Assistant Professor in the Department of the Built Environment at Eindhoven University of Technology (TU/e). Her research focuses on material-related structural engineering, including steel, composite, and aluminum structures, with specialization in thin-walled cross-sections, connectors, and shear connections. She has contributed to Eurocode 4 design rules through studies on headed stud connectors and composite beam deflection. Her work often combines experimental and numerical methods, particularly for the steel and aluminum industries. She teaches courses such as Advanced Steel and Aluminum Structures and Structural Design. Academic Background: MSc in Architecture, Building and Planning (1988), followed by roles as a research assistant at TU/e and scientist at TNO Bouw. Appointed as Assistant Professor in Aluminum Structures (2008) and later expanded to Steel and Aluminum Structures (2012). Research Interests: Applied research in structural engineering, optimization of large-span structures, and functional/structural building design. Active in committees like Inalco Scientific Committee and Dutch TC11 (Technical Committee on composite steel-concrete structures). Teaching: Courses include Advanced Steel and Aluminum Structures, Steel Structures and Applied Mechanics, and Dimensioning of Structures. Supervises research projects in structural engineering and building physics. Labs/Groups: Involved with the Aluminium Structures and Steel Structures research groups at TU/e.
Lili Xia is a University Researcher in the Department of Building Physics at Eindhoven University of Technology (TU/e), Faculty of Built Environment, actively contributing to Dutch-funded research projects including CLAIRE LSHM22032 - Clean Air For Everyone (2022-2026) and MOOI20FO87U - Reliable Accelerated Powergeneration for IndustrialDeployment (2020-2024). Her research interests center on engineered solutions for indoor environments: Air Cleaners and Clean Air delivery systems Particle Concentration dynamics Indoor Space airflow patterns Delivery Rate optimization Lagrangian Method applications Field Measurement validation Computational Fluid Dynamics (CFD) Infection risk reduction Recent publications (2023-2025) demonstrate a clear trajectory in applying CFD simulations and experimental validation to air cleaning technologies, with increasing emphasis on infection risk contexts. Her work bridges theoretical modeling and practical field/lab testing across mechanical ventilation systems. Dr. Xia collaborates extensively within TU/e's Building Physics group and Dutch research consortia, evidenced by 147 Scopus citations and participation in professional events like the 2017 Urban Physics Autumn School. Current projects indicate ongoing government/industry-funded work through 2026, with no documented mentorship roles.
Rebecca Saive is an Associate Professor in Inorganic Materials Science at the MESA+ Institute, University of Twente, where she leads research in advanced photovoltaic technologies. Her work bridges materials science, optics, and energy engineering to develop high-efficiency solar cells through innovative light management and novel device architectures. Research Interests: Her primary research areas include solar cell materials, particularly silicon and perovskite-based heterojunctions, luminescent solar concentrators, agrivoltaics, and thermodynamic limits of solar energy conversion. She investigates spectrum shifting, diffuse light utilization, and thermal emission control to enhance photovoltaic performance, especially in low-light and urban environments. The recent publications highlight a strong focus on next-generation photovoltaics, including bifacial modules, tandem solar cells, and sustainable solar system assessment. Her work spans fundamental physics, materials development, and system-level integration, with increasing attention to environmental sustainability and real-world deployment conditions. Scientific Contributions: Published over 87 research outputs, including articles in Advanced Energy Materials and Journal of Photonics for Energy Contributed datasets on light trapping, thermal emission, and light collimation Active presenter at international conferences and invited speaker on next-generation PV technologies She supervises students and collaborates extensively across disciplines, with demonstrated activity in mentoring and research leadership. Her work is supported by affiliations with the 4TU.Centre for Research Data and the MESA+ Institute, fostering innovation in sustainable energy technologies.
Prof. Dr. Saša Kenjereš is a Full Professor in the Department of Chemical Engineering at the Delft University of Technology , Faculty of Applied Sciences, Netherlands. He leads a multidisciplinary research group focusing on transport phenomena in biomedical, environmental, and energy systems. His work integrates computational modeling, high-performance computing, and experimental validation, with strong collaborations with medical centers (e.g., EMC Rotterdam, LUMC Leiden) and international universities (ETH Zurich, Harvard, AGH Krakow). Education and Academic Background: Ph.D. in Applied Physics, Delft University of Technology (1999) Research Fellow, Royal Netherlands Academy of Arts and Sciences (KNAW, 2001–2005) Burgers Visiting Associate Professor, University of Maryland, USA (2005–2006) Marie-Curie Visiting Professor, AGH University, Poland (2007–2013) Visiting Professor, Shibaura Institute of Technology & AGH University (2022–present) Research Interests: Prof. Kenjereš specializes in multiscale transport phenomena , combining fluid dynamics , heat and mass transfer , turbulence , and magnetohydrodynamics (MHD) with applications in biomedical engineering (e.g., blood flow, drug delivery), environmental flows , and high-performance computing (HPC) . His lab uses advanced techniques like PIV and MRI to simulate patient-specific cardiovascular and respiratory systems. Publication Trends: His recent publications reflect a strong focus on biomedical fluid dynamics , particularly patient-specific CFD simulations of blood and air flows, magnetic drug targeting , and atherosclerosis modeling . The integration of experimental validation with computational models is a recurring theme, emphasizing translational research from engineering to clinical applications. Scientific Awards and Honors: Research Fellow, KNAW (2001–2005) Burgers Visiting Associate Professor, University of Maryland ERCOFTAC & Leonhard Euler Centre Fellowships (ETH Zurich) Marie-Curie Visiting Professor Current Visiting Professor in Japan-Poland MSc program Advising and Grants: Prof. Kenjereš has supervised over 20 PhD students , 15 postdocs , and more than 200 MSc/BSc students across Applied Physics, Chemical Engineering, and Mechanical Engineering. His research is supported by strategic collaborations with medical institutions and international universities, indicating strong grant funding and interdisciplinary project leadership. He teaches core courses such as Continuum Physics and Advanced Physical Transport Phenomena . Laboratories and Research Groups: The Kenjereš Lab is a hub for computational and experimental fluid dynamics , focusing on biomedical transport phenomena . The lab emphasizes patient-specific modeling , magnetic drug targeting , and high-fidelity simulations using HPC. It maintains close ties with medical imaging centers and employs advanced PIV and MRI techniques for experimental validation.
Professor Zoran Kapelan serves as Chair of Urban Water Infrastructure within the Department of Water Management at Delft University of Technology's Faculty of Civil Engineering and Geosciences. With over 30 years of experience in water engineering, he joined TU Delft in 2018 after leading the Water and Environment Group at the University of Exeter for 19 years, following a decade in international consultancy. His research spans smart water systems, hydroinformatics, and sustainable urban water infrastructure management. Key focus areas include AI-driven solutions for drinking water distribution (leakage detection, pressure management), sewer systems optimization (blockage prediction, sustainable drainage), asset management, and flood risk assessment. He pioneers methodologies integrating artificial intelligence, real-time control, and decision-making under uncertainty to address climate change adaptation and circular economy principles in water systems. Recent publications (2024-2025) reveal strong trends in deep learning applications for infrastructure monitoring (sewer crack detection, floating litter quantification), resource recovery assessment frameworks, and advanced modeling of non-Newtonian fluid dynamics in wastewater systems. His work increasingly emphasizes circular economy metrics, environmental risk assessment of novel materials, and co-developed sustainable solutions through serious gaming approaches. Editor, Journal of Water Resources Planning and Management (ASCE) Associate Editor, Water Resources Research Member, IWA Digital Water Steering Committee Member, External Scientific Advisory Council of KWR Prof. Kapelan has secured over €10 million in research funding across 50+ EU, RCUK, and industry grants. His supervision portfolio includes 40+ PhD students and 25+ postdocs, with significant industry impact through commercialized technologies like AI-based pipe burst detection systems deployed by United Utilities serving 7 million customers. He coordinates TU Delft's Urban Drainage and Water Management course while contributing to asset management and water transport curricula. The Urban Water Infrastructure group under his leadership maintains strong industry partnerships with water utilities globally, focusing on translating research into operational solutions for real-time monitoring, predictive maintenance, and climate-resilient infrastructure design.
Dr. B.A. Kamphorst is a researcher in the Department of Media and Culture Studies at Utrecht University's Faculty of Humanities, where he is affiliated with the Media and Performance Studies group and the Institute for Cultural Inquiry. His work bridges philosophy, technology, and human behavior with a focus on ethical implications of digital systems. Faculty of Humanities, Utrecht University Department of Media and Culture Studies Media and Performance Studies research group Institute for Cultural Inquiry Dr. Kamphorst's research focuses on the intersection of philosophy of technology, ethics, and human-computer interaction. His expertise spans digital ethics, particularly concerning autonomy-respectful e-coaching systems, governance of digital society, and human-centered artificial intelligence. His work examines how technology affects human agency, decision-making, and behavioral patterns, with specific attention to bedtime procrastination and healthy lifestyle interventions. His publication record since 2009 demonstrates a consistent focus on ethical dimensions of technology, particularly examining how digital systems can support or undermine human autonomy. His most recent work explores hybrid intelligence applications for diabetes management and the voluntariness of public health apps, building on his foundational doctoral research on autonomy-respectful e-coaching systems completed in 2020. Editor for Philosophy & Technology journal Editor for Journal of Responsible Technology Editor for AI and Ethics journal Member of programme committee for International DEDA Seminar Member of programme committee for Procrastination Research Conference Dr. Kamphorst actively engages with the academic community through conference participation, invited talks, and editorial work. His research has practical implications for designing ethical AI systems that respect human autonomy while effectively supporting behavior change in health contexts. His multidisciplinary approach combines insights from philosophy, psychology, and computer science to address pressing challenges in the digital society.
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.
Peter Horsselenberg serves as Lecturer and researcher at the Faculty of Digital Media and Creative Industries (FDMCI) of Amsterdam University of Applied Sciences, where he leads The Work Lab and contributes to the Professional agency / Labour and Human Capital in Transition research group. His academic work bridges vocational education theory and practice through innovative action research methodologies. Horsselenberg's research centers on strengthening professional agency through structured dialogue systems within teacher teams. He investigates how collective agency develops in interprofessional settings using experimental learning labs that simulate workplace challenges. His work addresses critical transitions in labor markets and human capital development, particularly within Dutch higher vocational education contexts. Key methodological innovations include bottom-up action research frameworks where educators co-create solutions through facilitated professional dialogue. His scientific contributions have earned recognition including the 2018 lecturer of the year award for master programmes at THUAS. Research outputs demonstrate consistent productivity with 15 publications spanning 2014-2025, featuring book chapters in Emerald Publishing and Edward Elgar collections alongside practitioner-focused reports. Current work shows increasing internationalization through collaborations like the Frankfurt train-the-trainer program. As an educator, Horsselenberg integrates research into teaching through The Work Lab's experimental learning environment. His supervision emphasizes practical application of team performance theories, with students participating in real-world action research projects. The lab functions as both research incubator and professional development space where theoretical concepts about collective agency are tested and refined through educator participation.
C.J. Simao Ferreira is a Professor at Delft University of Technology's Faculty of Aerospace Engineering, where he specializes in Wind Energy research. He is affiliated with the TU Delft Wind Energy Institute (DUWIND), a leading center for wind energy research in Europe. His academic credentials include a Dr.ir. degree from TU Delft, and he has established himself as a prominent researcher in wind turbine aerodynamics. Professor Ferreira's research focuses on wind turbine aerodynamics, with particular expertise in vertical axis wind turbines, unsteady flow phenomena, and airfoil design. His work addresses critical challenges in wind energy harvesting, including dynamic stall characteristics, wake interactions in wind farms, and high-density wind farm layouts. His research combines experimental approaches (using PIV and other advanced measurement techniques) with computational modeling to advance understanding of complex aerodynamic phenomena. His recent publication trends show consistent output in high-impact journals, with multiple 2025 publications examining advanced topics in wind turbine aerodynamics, propeller aeroacoustics, and regenerative wind farming concepts. His work spans both fundamental aerodynamic research and practical applications for improving wind energy systems. 199 total research outputs including 85 articles, 57 conference contributions, and 46 conference articles 19 datasets published through TU Delft-4TU.ResearchData 14 supervised students or junior researchers Publications in Wind Energy, AIAA Journal, Journal of Aircraft, and Wind Energy Science Professor Ferreira actively supervises graduate students and maintains research collaborations both within TU Delft and internationally. His research group conducts experimental work using advanced facilities including wind tunnels and PIV systems, and develops computational models to analyze wind turbine performance. His recent work on regenerative wind farming demonstrates innovation in wind energy system design, exploring novel approaches to maximize energy capture from wind resources.
