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Richard St-DenisView profile

Associate Professor

• Discrete Event Systems
• Supervisory Control Theory
• Formal Methods
• +5 more

Richard St-Denis is an Associate Professor in the Department of Computer Science at the University of Sherbrooke, Quebec, Canada. His academic work focuses on theoretical and applied aspects of discrete event systems, supervisory control theory, and formal methods in software engineering. With a career spanning several decades, he has established himself as a significant contributor to the field of controller synthesis and formal specification methods. St-Denis's research interests center around discrete event systems and supervisory control theory, with particular emphasis on the development of formal methods for system specification and controller synthesis. His work bridges theoretical computer science and practical applications in industrial control systems. He has made substantial contributions to extending statecharts with process algebra operators, developing entity-based black-box specification methods (EB3), and creating automated measurement techniques for software size. His recent work has focused on solver-aided programming languages like αRby, ProB, and Rosette, exploring their applications in supervisory control theory. Analysis of St-Denis's publication record reveals a consistent evolution from foundational work in discrete event systems and controller synthesis toward more modern applications involving solver-aided programming and formal verification techniques. His research shows a clear progression from theoretical foundations to practical implementations, with increasing emphasis on automated reasoning and formal verification in recent years. The interdisciplinary nature of his work connects computer science, control theory, and software engineering, demonstrating how formal methods can be applied to solve complex problems in system design and verification. St-Denis has been involved in the MELODIES (Modeling Environment for LOgical DIScrete Event Systems) project, which provides a prototyping environment for novices in the field of discrete event systems. This educational tool demonstrates his commitment to making complex theoretical concepts accessible to new researchers and practitioners. His work on Strongly Connected Components modules, State-based control theory implementations, and N-inference observability models showcases his dedication to both theoretical advancement and practical implementation of control systems concepts.

• Building Physics
• Energy Performance of Buildings
• Insulation
• +4 more

Professor Richard Fitton is a leading academic at the University of Salford's School of Science, Engineering & Environment, where he serves as Technical Lead for the Energy House 2 project and Chairman of the British Standard for Retrofit Assessment. With a PhD in Building Physics and status as a chartered building surveyor and Fellow of the RICS, he directs critical research in building energy performance and international standards development. His research focuses on Building Physics , Energy Performance of Buildings , and Climate Change adaptation , with particular expertise in thermography, insulation, and energy pathology. His work bridges academic research and industry standards through leadership roles in the International Energy Agency and Building Research Establishment's SAP Scientific Integrity Group. Analysis of his 15 most recent publications reveals concentrated research on zero-carbon housing standards , thermal performance validation , and Future Homes Standard compliance . Key themes include controlled-environment testing of building systems, energy modeling calibration, and retrofit performance analysis. His work consistently addresses the UK's net-zero targets through practical building physics applications. Scientific Recognition: Fellow of the Royal Institution of Chartered Surveyors (FRICS) Chairman of British Standard for Retrofit Assessment Member of SAP Scientific Integrity Group at BRE Technical Lead for Energy House 2 project Professor Fitton actively supervises PhD students in Energy Performance, Building Physics, and Building Surveying topics. His research is supported by major projects including the Department for Energy Security and Net Zero's DEEP Retrofit Project and collaborations with industry leaders like Bellway Homes, Saint-Gobain, and Barratt Developments. He directs the Energy House Labs Innovation Institute, which operates the world's most advanced environmental testing facility for full-scale houses under controlled climate conditions. The Energy House 2.0 facility enables groundbreaking research on building performance under extreme weather conditions, supporting the development of next-generation construction standards. This infrastructure positions Professor Fitton at the forefront of building physics research, directly informing UK energy policy and international building standards.

Wolfgang MarwanView profile

Professor

• Molecular Networks
• Systems Biology
• Cell Differentiation
• +6 more

Prof. Wolfgang Marwan is a Full Professor at the Institute of Biology within the Faculty of Natural Sciences at Otto von Guericke University Magdeburg. His research focuses on the structure and dynamics of molecular networks in pro- and eukaryotes, with particular expertise in reverse engineering regulatory networks, sensory control of sporulation in Physarum polycephalum , and light-controlled swimming behavior in Halobacterium salinarum . His educational background includes studies in Chemistry and Biology at the University of Erlangen (1979-1984), followed by a Diploma in Biology (1985) and PhD at the Max Planck Institute for Biochemistry (1985-1989). After postdoctoral work and serving as a Group Leader at the Max Planck Institute, he held positions at the University of Freiburg as a Heisenberg Fellow and at the University of Hertfordshire as a Research Professor of Biocomputation before joining Otto von Guericke University in 2005. In 2007, he co-founded the Magdeburg Centre for Systems Biology. Prof. Marwan's research interests center on understanding cellular decision-making processes through systems biology approaches. His work integrates experimental and computational methods to investigate how molecular networks control cell differentiation and reprogramming. He has made significant contributions to the field of Petri net modeling of biological systems, developing frameworks for biomodel engineering and network reconstruction. His recent publications demonstrate a consistent focus on cellular differentiation mechanisms, particularly in Physarum polycephalum , where his team has pioneered methods for single-cell time series analysis to empirically validate the Waddington landscape concept. His scientific contributions include the development of methods for automatic network reconstruction from time-series data and the application of Petri nets to model complex biological processes. His interdisciplinary approach bridges experimental biology with computational modeling to provide quantitative insights into cellular decision-making, with implications for understanding stem cell differentiation and regenerative medicine. Prof. Marwan has led numerous research projects funded by the DFG and EU programs, including studies on cellular reprogramming, pain regulation mechanisms, and signal transduction networks. His laboratory investigates how cells make differentiation decisions, with particular focus on the molecular switches that control commitment points in developmental pathways.

• Structural Engineering
• FEA Analysis
• BIM (Building Information Modeling)
• +5 more

Sean Carroll is a Lecturer and Researcher at Munster Technological University (MTU), affiliated with the Sustainable Infrastructure Research & Innovation Group (SIRIG). He holds Chartered Engineer status (CEng) and qualifications including an MEng in Structural Engineering. His research focuses on structural testing, FEA analysis, BIM, and disruptive technologies in construction. He coordinates the BSc (Hons) in Building Information Modelling and Management. Education: MEng in Structural Engineering BEng (Hons) in Civil, Structural & Environmental Engineering BEng in Civil, Structural & Environmental Engineering Research Interests: Sean’s work spans structural engineering innovation, digital construction methodologies, and sustainability. He leads projects like Drones4VET (EU-funded), developing drone-based construction curricula. His expertise includes modular construction systems, FEA analysis of novel structural components, and BIM automation through visual scripting. Publications & Projects: Recent works address soil phosphorus balance deficits, recycling-derived fertilizers, and automation in structural design. His 2021 paper on visual scripting for design automation won the CitA BIM Gathering’s Best Academic Paper award. Grants & Collaborations: Lead researcher on the Erasmus+ funded Drones4VET project. Active contributor to MTU’s SIRIG group, focusing on sustainable infrastructure and emerging technologies. Labs/Teams: Part of the Sustainable Infrastructure Research & Innovation Group (SIRIG) at MTU, collaborating on interdisciplinary projects in construction technology and environmental sustainability.

Max JalowskiView profile

Research Fellow

• Persuasive Technology
• Human-Computer Interaction
• Artificial Intelligence (AI) Business Models
• +6 more

Max Jalowski is a Research Fellow at the Chair of Information Systems I, Innovation and Value Creation at Friedrich-Alexander-Universität Erlangen-Nürnberg (FAU). He holds a PhD (2020) and a Master of Science in Computer Science (2017) from FAU. His research focuses on designing behavior-changing technologies, persuasive systems, and innovation frameworks for Industry 4.0, cybersecurity, and AI-based business models. He co-founded the FAU spin-off QuartRevo as CTO, translating research into practical solutions. Education: PhD in Computer Science (2020): Dissertation on 'Revolutionizing Workshops: Supporting Participants' Creativity with Persuasive Technology' MSc in Computer Science (2017): Specialization in IT Security and Distributed Systems Research Interests: Persuasive Technology for Creative Collaboration Cyber-Physical Systems (CPS) and Industry 4.0 AI-Based Business Model Innovation Open Innovation in Cybersecurity Human-Robot Interaction Key Projects: QuartRevo: FAU spin-off applying research on innovation technologies PID4CPS: Portable Industrial Demonstrator for CPS VeSiKi: Research on IT security for critical infrastructures Teaching: Focuses on innovation technology, cyber-physical systems, and business model development. Grants & Industry Collaboration: Active in projects funded by industry partners, with a focus on applied research in manufacturing and critical infrastructure sectors. Labs/Teams: Involved in the Chair's CPS and innovation labs, collaborating with industry partners like Siemens and HHL Leipzig Graduate School.

• Cancer Immunotherapy
• CAR T-Cell Therapy
• Theranostics
• +3 more

Dr. Anja Feldmann serves as the Head of the Radioimmunology Department at the Helmholtz-Zentrum Dresden-Rossendorf (HZDR). She leads research in cancer immunotherapy, focusing on modular and switchable CAR T-cell platforms for targeted treatment of solid tumors and hematological malignancies. Her work integrates cutting-edge technologies like biosensors and theranostic tools to enhance therapeutic efficacy and overcome immune escape mechanisms. Her research interests revolve around developing universal chimeric antigen receptor (UniCAR) systems and their adaptability for personalized immunotherapy. Key areas include the design of target modules for CAR T/NK cells, combining immunotherapy with radiation, and creating diagnostic tools such as extended-gate field-effect transistors (FET) biosensors to monitor drug responses. She also explores applications in autoimmune diseases and oncology, emphasizing safety and precision in therapeutic approaches. Dr. Feldmann’s recent advancements include overcoming antigen loss in tumors via dual targeting and improving CAR T-cell persistence through affinity optimization. Her lab’s work on RevCAR systems demonstrates innovation in redirecting T cells to immunosuppressive markers like PD-L1, turning them into activating signals. Despite no explicit mention of scientific awards, her contributions to CAR T-cell engineering and theranostics are highlighted through collaborations and preclinical studies. She oversees projects involving clinical scale manufacturing, off-the-shelf NK cell therapies, and interdisciplinary approaches to cancer management. Her team’s efforts span from lab-scale innovations to translational research, aiming to bridge gaps between diagnostics and treatment.

• Formal Verification
• Programming Languages
• Cybersecurity
• +3 more

Dr. Marco Eilers is a **Lecturer** in the **Department of Computer Science** at **ETH Zürich**, Switzerland. His research focuses on formal verification, programming languages, and cybersecurity, with particular expertise in smart contract verification for blockchain systems like Ethereum and Libra’s Move language. He has contributed to tools such as Viper’s symbolic execution backend and frameworks for modular program verification. His work emphasizes practical applications of formal methods to ensure security and correctness in concurrent, distributed, and GPU-based systems. Key research areas include static analysis for information flow security, product program models, and SMT-based type inference for languages like Python. He is affiliated with the Professur für Software Technology at ETH Zürich’s CAB H 89 laboratory. Publications highlight advancements in verifying real-world systems such as internet routers, GPU kernels, and blockchain smart contracts. Though no awards are explicitly listed, his contributions reflect significant impact in formal verification and programming language research. Eilers’ advising and grants are not detailed here, but his involvement in cutting-edge projects like Igloo and modular product programs indicates active collaboration in distributed system verification and secure software development.

John DueberView profile

Professor

• Systems Biology
• Synthetic Biology
• Metabolic Engineering
• +4 more

John Dueber is the Lester John and Lynne Dewar Lloyd Distinguished Professor of Bioengineering at the University of California, Berkeley. He leads the Dueber Lab, which focuses on developing strategies to engineer modular control over living cells, particularly through compartmentalization of metabolic pathways in organelles like peroxisomes. His work spans synthetic biology, metabolic engineering, and biotechnology applications in biofuels and specialty chemicals. Dr. Dueber holds a faculty position in the Department of Bioengineering within the College of Engineering. Research interests include enhancing organelle capacity for multi-enzyme pathways, developing CRISPR-based diversification tools, and optimizing microbial strains for industrial applications. His lab employs machine learning to guide metabolic engineering efforts and has pioneered methods for protecting group chemistry in sustainable dye production. Key Projects: Functional targeting of enzymes to peroxisomes for improved biofuel production Optogenetic control of organelle size and function CRISPR-guided DNA polymerase diversification systems Sustainable indigo dyeing strategies using protecting groups Recent publications emphasize advancements in peroxisome engineering, metabolic pathway compartmentalization, and the development of synthetic biology tools. His work has been featured in high-impact journals like Nature and ACS Synthetic Biology . Awards: Lester John and Lynne Dewar Lloyd Distinguished Professorship Labs/Teams: Dueber Lab at UC Berkeley Dr. Dueber's research integrates computational modeling, molecular biology, and industrial biotechnology to address challenges in sustainable manufacturing and healthcare.

Tarek AnousView profile

Senior Lecturer

• Quantum Field Theory
• Theoretical Physics
• Holographic Dualities
• +4 more

Tarek Anous is a Senior Lecturer in Mathematical Sciences at Queen Mary University of London (UKRI Future Leaders Fellow). He holds a position within the School of Mathematical Sciences, focusing on theoretical physics research with strong ties to quantum gravity and holography. His work explores de Sitter space cosmology, black hole physics, and string theory applications. Anous' research group investigates topics such as quantum field theory in expanding spacetimes, holographic dualities (e.g., AdS/CFT), and the interplay between quantum mechanics and gravitational systems. Education details are not explicitly stated in the provided texts, but his academic trajectory is evident through his publications and research focus. His research interests include exact solvable models in de Sitter backgrounds, low-dimensional gravity models, and disordered systems mimicking black hole behavior. Notable collaborations include work with Dionysios Anninos on topics like discrete series representations and rotating black hole horizons. His advising includes PhD student Johnny Brendan Gleeson. Anous' work has been supported through fellowships and grants, though specific funding bodies are not listed. He maintains an active research group with current and past members engaged in cutting-edge theoretical physics projects. His webpage tarek-ano.us provides further details on ongoing research and collaboration opportunities. Key research trends from his articles include advancements in de Sitter quantum field theory (e.g., Schwinger model analysis), exploration of black hole phase transitions (rotating horizons), and development of holographic models for glassy systems. He frequently employs techniques from conformal field theory, string theory, and quantum mechanics to address foundational questions in gravitational physics.

Robert CrawfordView profile

Professor

• Life Cycle Assessment
• Sustainable Construction
• Environmental Benchmarking
• +1 more

Robert Crawford is Professor of Construction and Environmental Assessment at the University of Melbourne's Melbourne School of Design. His research examines environmental assessment of the built environment with focus on sustainable resource use, life cycle assessment, and building environmental performance. His work develops methodologies for quantifying embodied energy, water, and carbon in buildings and renewable energy systems. Current research themes include life cycle assessment benchmarks, circular economy applications, sustainable building design, and environmental impact reduction strategies. His publications demonstrate consistent focus on developing rigorous environmental assessment frameworks for construction materials, energy systems, and building designs. Recent work emphasizes circular economy metrics and decarbonization pathways for building systems.

Michael JewettView profile

Adjunct Professor

• Synthetic Biology
• Cell-Free Protein Synthesis
• Biomanufacturing
• +3 more

Michael Jewett is an Adjunct Professor of Chemical and Biological Engineering at Northwestern University's McCormick School of Engineering. His research focuses on synthetic biology, cell-free systems, and glycosylation engineering. He leads the Jewett Lab, which develops novel biomanufacturing platforms and therapeutics. Dr. Jewett holds a Ph.D. from Stanford University and has pioneered methods in cell-free protein synthesis, ribosome engineering, and scalable biocatalyst design. Education: Ph.D. Chemical Engineering, Stanford University (2005) M.S. Chemical Engineering, Stanford University B.S. Chemical Engineering with Bioengineering specialization, UCLA (summa cum laude) Research Interests: Dr. Jewett's work spans synthetic biology applications in healthcare and environmental sustainability. Key areas include: - Cell-free systems for rapid prototyping of biological parts - Engineering ribosomes for novel functions - Glycoengineering for biopharmaceuticals - Development of diagnostic biosensors - Biomanufacturing innovations using modular platforms Grants & Labs: Director of the Jewett Lab at Stanford/NU Recipient of multiple NIH and DOE grants Collaborates with industry partners on scalable bioproduction Labs focus on translating fundamental discoveries into real-world applications like vaccines, diagnostics, and sustainable chemicals.

• Sustainability Transitions
• Community Energy Initiatives
• Social Innovation
• +3 more

Sabine Hielscher is a Visiting Fellow at the Science Policy Research Unit (SPRU) within the University of Sussex Business School and holds a Research Fellow position at the Technical University of Berlin since 2015. Her work bridges sustainability transitions, civil society-driven innovations, and smart energy systems. She completed a PhD in Art and Design at Nottingham Trent University (funded by EPSRC) and a BA (Hons) in Eco-Design at Goldsmiths College, London. Her research focuses on three core areas: civil society initiatives for sustainability (e.g., community energy projects, repair initiatives), sustainable design/consumption practices in everyday life, and smart energy futures. Notable projects include studying grassroots innovations in Germany and the Netherlands, analyzing product longevity through citizen science, and investigating smart meter rollouts through an energy justice lens. Recent publications emphasize social innovation’s role in accelerating energy transitions, power dynamics in sustainability projects, and institutional adaptation strategies. She has secured grants such as the EU-funded SONNET project (2019–2022) and contributed to interdisciplinary research teams. Sabine advises PhD candidates including Bryony Parrish and Franco Ivan Gonzalez Zenteno, focusing on qualitative methods and practice theory in sustainability research. Key grants include £1.4M for Wind Energy Development Studies (2022–2025) and £0.5M for the Design Research Get Lost project (2015). Her work integrates transdisciplinary approaches, drawing on sociology, design studies, and science and technology studies.

• Visual Computing
• Augmented Reality (AR)
• Medical Informatics
• +4 more

Dr. Philipp Ackermann is a researcher and academic leader at ZHAW Zurich University of Applied Sciences, School of Engineering. His roles include Deputy Head of the Human-Centered Computing Research Group, Head of the Visual Computing Lab, Deputy Programme Director for Medical Informatics, and Delegate for Entrepreneurship in the School of Engineering. His research focuses on Visual Computing (especially Augmented Reality), Medical Informatics , and Digital Health . He leads projects like AR Patterns (design patterns for AR experiences) and Automated Recognition of Modular Product Structures in AR , which explore circular economy applications. His work bridges technical innovation with practical implementation, emphasizing collaboration in immersive technologies and data-driven solutions. Key research trends in his articles include: Advancements in XR technologies (e.g., 3D inference pipelines, physically-based rendering) Collaborative systems in AR/VR environments Applications of AR in healthcare and industrial settings Systematic reviews of collaboration in virtual spaces He has contributed to projects as both leader and team member, addressing topics from surgical proficiency training to intelligent viticulture. His work often emphasizes real-world impact through partnerships between academia and industry. Philipp leads the Visual Computing Lab , fostering interdisciplinary innovation in computer graphics and immersive technologies. His educational contributions include teaching the CAS Advanced Statistical Data Analysis course.

Hasan CavusogluView profile

Professor

• Information Systems
• Information Security Management
• Privacy on Online Social Networks
• +4 more

Hasan Cavusoglu is a Professor in the Accounting and Information Systems Division at the Sauder School of Business, University of British Columbia. He holds a Ph.D. and M.S. from the University of Texas at Dallas and a B.S. in Electrical and Electronics Engineering from Bogazici University. His research focuses on economics of information systems, cybersecurity governance, privacy in digital ecosystems, and strategic IT investments. Cavusoglu's work has been published in top journals like Information Systems Research , Production and Operations Management , and Management Information Systems Quarterly . He currently serves as MIS Head and teaches Management Information Systems courses. Education: B.S. in Electrical and Electronics Engineering, Bogazici University (Istanbul, Turkey) M.S. in Management and Administrative Sciences, University of Texas at Dallas Ph.D. in Management Science with MIS specialization, University of Texas at Dallas Research Interests: Explores how IT investments create strategic value, with emphasis on cybersecurity's economic implications, privacy management in social networks, and IT-enabled organizational strategies. His recent work examines bloatware consequences, board-level IT governance, and information asymmetry in supply chains. Grants & Advising: Advised over 10 Ph.D. and M.Sc. students on IT security, privacy, and digital strategy topics Recipient of research grants from institutions including the Social Sciences and Humanities Research Council of Canada (SSHRC) Labs/Teams: Actively involved in Sauder School's cybersecurity initiatives and collaborates with industry partners on digital transformation projects.

Beat SignerView profile

Professor

• Cross-Media Information Spaces and Architectures (CISA)
• Interactive Paper
• Dynamic Data Physicalisation
• +7 more

Beat Signer is Professor of Computer Science at Vrije Universiteit Brussel (VUB) and Director of the Web & Information System Engineering (WISE) laboratory. His research focuses on cross-media information spaces and architectures (CISA) spanning interactive paper, dynamic data physicalisation, and tangible holograms. His educational background includes a Computer Science degree from ETH Zurich, where he completed his PhD thesis on fundamental concepts for interactive paper and cross-media information spaces in 2005. Key research areas include: Cross-media document formats and resource-selector-link (RSL) hypermedia metamodel Context-sensitive adaptation and cross-media transclusion Multimodal interfaces (Mudra, iGesture) and tangible computing Internet of Things interoperability and semantic middleware Recent publications (2023-2025) reveal strong trends in dynamic data physicalisation hardware, FAIR positioning systems (OpenHPS), end-user IoT development (eSPACE), and next-generation human-information interaction paradigms. His work increasingly integrates Solid protocols for decentralized data and explores thermal dimensions in tangible holograms. As Principal Investigator, he leads multiple EU-funded projects including OpenHPS, TangHo, and eSPACE. His team has developed influential frameworks like MindXpres for cross-media presentations and CMT for context modeling. He supervises 13 doctoral researchers including Dr. Maxim Van de Wynckel and Dr. Audrey Sanctorum, focusing on cross-media applications in education, IoT, and data visualization. His WISE laboratory develops innovative solutions bridging digital and physical information spaces through projects like ArtVis for collaborative data exploration and TangHo for physically augmented virtual objects.