Robert F. Marinescu-Muster is a researcher specializing in interdisciplinary fields at the intersection of Citizenship , Energy Performance , and Decision Support Systems . His work bridges Citizen Science with computational methods like Deep Learning , focusing on public engagement in scientific research and sustainable energy systems. Affiliated with an unspecified university, he has contributed to Medical Decision Making and Energy Efficiency domains through reports, conference abstracts, and collaborative projects.
Kilian D.R. Kappert serves as Assistant Professor in Biomedical Photonic Imaging at the TechMed Centre, University of Twente, where he bridges engineering innovation with clinical medicine through advanced imaging and computational methodologies. His research spans critical domains including oral oncology (with emphasis on tongue cancer mechanisms and surgical interventions), diabetes pathophysiology (leveraging continuous glucose monitoring and activity tracking), vascular reconstruction techniques, and orthopaedic biomechanics. Dr. Kappert employs finite element analysis, eye-tracking technology, and tissue engineering approaches to develop patient-specific surgical solutions, frequently collaborating with clinicians through the DIAbetes and LifEstyle Cohort Twente (DIALECT) study. Recent publications demonstrate a clear translational trajectory from computational modeling to clinical implementation, with 2024-2025 work focusing on limb salvage surgery, diabetes phenotyping through activity clustering, and precision orthopaedic guides for complex foot deformities. This output reflects growing expertise in converting biomechanical simulations into actionable clinical tools. As an active member of the TechMed Centre, Dr. Kappert contributes to this interdisciplinary hub that integrates engineering, computer science, and medical expertise to develop next-generation healthcare technologies through shared facilities and cross-departmental collaboration.
Dr. Henk van Waarde serves as a Tenure Track Assistant Professor within the Systems, Control and Applied Analysis group at the University of Groningen's Faculty of Science and Engineering and Bernoulli Institute. His academic journey includes completing his PhD in 2020 on networked dynamical systems under supervision of Dr. Pietro Tesi and Prof. Kanat Camlibel. His research centers on systems and control theory with emphasis on networked dynamical systems, data-driven control, and system identification. Key contributions include graph-theoretic methods for controllability analysis and fault detection in water distribution networks. His work bridges theoretical foundations with practical applications in complex dynamical networks. Analysis of his recent publications reveals a strong trend toward data-driven control methodologies, particularly focusing on necessary and sufficient conditions for system identification, handling noisy data, and applications of Willems' fundamental lemma to continuous-time systems. His research spans theoretical control theory, mathematical systems analysis, and practical engineering implementations. Dr. van Waarde actively collaborates with researchers across institutions, as evidenced by his co-authored publications in IEEE Transactions and other leading control journals. His work contributes to UN Sustainable Development Goals through applications in system optimization and network control. He maintains active research lines in memristive circuits, dissipative systems synthesis, and relaxation systems, demonstrating both theoretical depth and interdisciplinary reach. His laboratory work focuses on translating theoretical control frameworks into implementable solutions for networked systems.
Dr. Costas Papadopoulos is an Associate Professor at Maastricht University's Faculty of Arts and Social Sciences, specializing in Letters and Art. His research focuses on Digital Humanities and archaeology, particularly 3D modeling, cultural heritage preservation, and educational technologies. He has contributed to projects like History in a Box and Koutroulou Magoula , exploring light's role in Neolithic dwellings and sensory archaeology. His work bridges archaeology and technology, emphasizing virtual reconstructions, open educational resources, and digital scholarly editions. Recent projects address challenges in 3D data infrastructure post-Sketchfab and pandemic-era museum digitization. Papadopoulos also engages in pedagogical innovation, integrating project-based learning and family-based historical engagement. Key collaborations include editing The Oxford Handbook of Light in Archaeology and co-authoring studies on digital sensoriality and heritage authenticity. His research often intersects with interdisciplinary teams, addressing both technical and theoretical challenges in digital archaeology and humanities.
Netherlands Institute for the Study of Crime and Law EnforcementNetherlands
Henk Elffers is a Visiting Research Fellow at NSCR and Emeritus Professor at VU University Amsterdam. His research spans spatial criminology, computational modeling, and criminal decision-making processes. Research interests focus on offender behavior analysis through innovative methodologies like agent-based modeling and virtual reality simulations. Articles demonstrate consistent exploration of crime prevention strategies and judicial processes.
Ivo Roghair is an Assistant Professor in Chemical Process Intensification at Eindhoven University of Technology (TU/e), with additional affiliations in EAISI Health and EIRES Research. His research develops computational tools for intensified reactor concepts including membrane reactors, chemical looping processes, and fluidized bed systems. He holds an MSc from the University of Twente and a PhD from TU/e focused on numerical simulations of dense bubbly flows. Research interests include: Multiscale modeling of reactor systems (1D to 3D CFD) Fluidized bed membrane reactor design Chemical looping combustion kinetics Inter-particle forces in high-temperature fluidization Polymer drying processes and agglomeration prevention Recent publications show strong emphasis on 3D-printed catalyst structures, heat transfer optimization, and multiphase flow modeling. His work integrates computational methods with experimental validation to advance reactor design and process efficiency. Dr. Roghair leads projects including C-Recycle (chemical recycling technologies) and Cryogene CO₂ capture systems. He received the Best Bachelor Lecturer award in 2017 and contributes to courses on numerical methods and process technology.
Jos Elfring is an Assistant Professor in the Robotics section of the Mechanical Engineering Department at Eindhoven University of Technology (TU/e). His research focuses on world modeling techniques, AI, automated driving, and sensor fusion. He holds an MSc and PhD from TU/e, with his PhD thesis on Semantic World Modeling for Autonomous Robots (2014). He worked in industry roles at TNO, TomTom, and others from 2014-2024, balancing part-time academia until moving to a full-time faculty role in 2024. Education: MSc and PhD from TU/e, internship at University of Canterbury (2007). Research interests include motion prediction, localization, and state estimation. Notable achievements: Best Paper Award at RoboCup 2013 and contributions to RoboEarth, a seminal robotics knowledge-sharing project. Courses taught include 'Data Fusion & Semantic Interpretation.' His work spans automated driving systems, probabilistic modeling, and collaborative robotics. Key collaborations include EU projects and industry partnerships. Labs/teams: Member of Tech United RoboCup@Home team. Current focus: semantic world models for autonomous systems.
Mirchele Spanjaards is an Assistant Professor in the Microsystems group within the Mechanical Engineering department at Eindhoven University of Technology (TU/e). Her research focuses on numerical methods for bioinspired microsystems design, emphasizing rheological behavior of soft materials in biomedical and microfluidic contexts. She holds a PhD (2022) and MSc (2017) from TU/e, followed by industry experience as a Research Scientist at Philips in Multiphysics Modeling. Her work integrates computational modeling with experimental collaboration to address challenges in non-Newtonian fluid mechanics, fluid-structure interaction, and uncertainty quantification. Education: MSc Mechanical Engineering (TU/e, 2017) PhD in Polymer Technology (TU/e, 2022) Research Interests: Bioinspired microsystem design Numerical modeling of soft materials Non-Newtonian fluid dynamics Uncertainty quantification in simulations Recent Work Trends: Focus on extrusion processes and polymer rheology Integration of computational fluid dynamics with medical applications Material behavior under complex flow conditions Professional Background: Former Research Scientist at Philips (Multiphysics Models of Devices group) Active collaborations in academia and industry
Nick O. Jaensson is an Assistant Professor (tenure track) in the Processing and Performance of Materials group at Eindhoven University of Technology (TU/e). He holds affiliations with the ICMS and is part of the Mechanical Engineering department. His research focuses on numerical methods for soft materials, including complex fluids like suspensions, emulsions, and polymeric liquids. He collaborates with industry on optimizing processes such as microfluidics and material processing. Academic Background: Master's in Biomedical Engineering (2012) and PhD in Polymer Technology (2016), both from TU/e. Postdoc at ETH Zürich (2018) before joining TU/e in 2020. Research Interests: Non-Newtonian fluid mechanics, interfacial rheology, uncertainty quantification, and physics-informed machine learning. His work bridges fundamental insights into material microstructure and industrial applications. Award: Walters Prize (2018) for contributions to non-Newtonian fluid mechanics. Teaching & Courses: Advanced computational continuum mechanics, interfacial transport phenomena, and design/programming principles. Supervised 19 students (no names listed). Projects: Leads the DAMOCLES project (2021–2025), focusing on data-augmented modeling for engineering systems. Labs/Teams: Head of the Processing and Performance of Materials group, collaborating with experimental and computational teams.
Prof. Gerard Barkema is a faculty member at Utrecht University, holding the position of Professor in the Simulation of Complex Systems within the Department of Information and Computing Sciences at the Faculty of Science . His research focuses on computational physics, statistical mechanics, and materials science, with a particular emphasis on polymer dynamics, phase transitions, and Monte Carlo methods. He leads the Simulation of Complex Systems chair and contributes to interdisciplinary initiatives such as the university's AI/Data Science Taskforce and the Centre for Complex Systems Studies. Key research areas include applied data science, complex systems foundations, and computational modeling of materials like graphene and amorphous silicon. His work spans topics such as critical phenomena in Ising models, structural dynamics of polycrystalline systems, and cluster algorithms for bond-diluted models. He actively collaborates on projects involving nucleation mechanisms, skyrmion dynamics, and high-performance computing techniques like GPU acceleration. Prof. Barkema is deeply engaged in academic service, including roles on steering committees for initiatives like I-partnership and Co-teach Informatics, as well as executive board memberships in national research platforms (e.g., ICT-research Platform Netherlands). His extensive publication record reflects a commitment to advancing computational methods and their applications in understanding complex physical systems.
Prof. Erik van Sebille is a full Professor in Oceanography and Public Engagement at Utrecht University's Institute of Marine and Atmospheric Research (80%) and the Freudenthal Institute (20%). His work bridges physical oceanography and science communication. He holds a PhD in Physical Oceanography from Utrecht University (2009) and postdoctoral experience from institutions in the US, Australia, and the UK. His research focuses on ocean currents' transport of materials like heat, nutrients, plankton, and plastics, using computational models such as the OceanParcels framework. He also leads studies on science communication’s role in public engagement and Open Science. Notable grants include the NWO Vici (2023) and ERC Starting Grant (2017-2022). He co-founded the TOPIOS project and contributed to the SKIM satellite mission proposal. Awards include membership in the Royal Holland Society of Sciences and Humanities (2024). His dual focus connects climate science with societal impact: oceanographic research informs environmental policies, while science communication strategies enhance public understanding. Key projects include tracing macroplastics in ocean currents and evaluating marine debris cleanup effectiveness. His team collaborates internationally, publishing extensively in journals like Environmental Research Letters and Nature Geoscience . He emphasizes interdisciplinary approaches, linking physical processes with societal engagement to address climate change challenges.
Wouter Bakhuis is a Researcher at the Department of Cardiothoracic Surgery, Erasmus MC – University Medical Center Rotterdam. His work focuses on advancing surgical techniques through innovative technologies like virtual reality (VR) and 3D printing for preoperative planning. He completed his doctoral thesis in 2025, titled *Virtual reality planning in cardiothoracic surgery: From pilot to practice*, which explores the integration of VR into clinical practice. His research interests include optimizing surgical strategies for complex cases such as congenital heart defects (e.g., Double Outlet Right Ventricle) and thoracic procedures like segmentectomies. He emphasizes patient-specific planning to enhance surgical precision and outcomes. Collaborations with institutions globally highlight his contributions to minimally invasive techniques and anatomical resections. Notable research outputs address challenges in surgical planning, such as managing translobar venous drainage and refining segmentectomy approaches. His review articles underscore the transformative potential of VR in surgical training and future practice. While no scientific awards are explicitly listed, his work has garnered significant citations and reader engagement in academic platforms like Mendeley.
Pepijn Pinkse is a Full Professor at the MESA+ Institute of the University of Twente. His research focuses on quantum optics and nanophotonics, with applications in quantum information processing and secure communication. Education Habilitation, Technische Universitat Munchen (2008) PhD in Physics, University of Amsterdam (1997) Master in Physics, Leiden University (1993) Research Interests Pepijn Pinkse's work spans quantum technologies, including quantum computing, communication, and simulation using nanofabricated photonic structures. His studies often involve complex media and reconfigurable quantum-optical circuits, contributing to the advancement of secure quantum systems and integrated photonic processors. Scientific Awards Fellow of the Optical Society (2017, 2018) Posterprijs (2012) Poster prize at AMO meeting (2015) The Physics Prize of the Academy of Sciences in Göttingen (2004) Advising and Collaborations While no specific advisees are listed, Pinkse collaborates on datasets and research projects, including the 2023 dataset on quantum simulation thermodynamics and numerous invited talks and presentations in 2024 regarding quantum authentication and photonic structures.
Harm Askes is a Full Professor in the Department of Civil and Structural Engineering at the University of Sheffield. His research focuses on computational mechanics of multiscale materials, particularly in gradient elasticity, homogenization, and metamaterials. He holds degrees from Delft University of Technology (MSc, PhD) and a DEng from the University of Sheffield. His work contributes to UN Sustainable Development Goals through advanced material modeling and structural analysis. Key research areas include wave propagation in heterogeneous media, dynamic homogenization, and fracture mechanics. Collaborations span international institutions, with notable contributions to lattice material mechanics and finite element methodologies. His publications reflect expertise in multiscale modeling, with a focus on bridging microstructural details to macroscale behavior. Dr. Askes has an h-index of 20 and over 1,108 citations. His research integrates computational techniques with experimental validation, addressing challenges in material characterization and structural integrity. Ongoing projects explore stochastic material behavior and the design of advanced composite systems. His academic contributions include editorial roles, supervision of postgraduate research, and development of innovative numerical methods for engineering applications. Theoretical frameworks developed by his team, such as gradient-enriched continuum models, are widely applied in computational mechanics.
Eisso H. Atzema is a Researcher in Nonlinear Solid Mechanics at the University of Twente. His research focuses on material science and mechanical engineering, particularly in areas like high-strength steel characterization, crystal plasticity modeling, and mechanical simulation. He has contributed to advancing understanding of material behavior under various conditions, including bending, strain analysis, and thermal effects. Key research interests include material testing methodologies, anisotropic plasticity, and optimization techniques for manufacturing processes. His work integrates experimental and computational approaches, with a focus on applications in metal forming and advanced materials. Recent publications highlight contributions to edge ductility analysis, crack initiation mechanisms, and robust optimization under non-normal distributions. He has supervised at least one PhD thesis, demonstrating expertise in guiding research into complex material systems. Collaborations span international institutions, reflecting his engagement in global scientific networks.
