جستجوی استاد راهنمای دانشگاهی

Victor Panaretos serves as Full Professor and Chair of Mathematical Statistics at the Institute of Mathematics within the School of Basic Sciences at the Swiss Federal Institute of Technology in Lausanne (EPFL). He holds additional appointments as a member of the EPFL Academic Strategic Committee (ASC) under the Vice Presidency for Academic Affairs, and maintains active roles across multiple institutional units including the Mathematics Section (SMA-ENS) and Doctoral Programs (EDMA-ENS). His research expertise centers on mathematical statistics with deep specialization in probability theory, statistical inference methodologies, and advanced regression modeling. Panaretos has made significant contributions to multivariate analysis, particularly in uncovering dependence structures within random vectors and developing robust statistical frameworks for complex data systems. His work bridges theoretical rigor with practical applications across scientific disciplines requiring sophisticated statistical approaches. Professor Panaretos maintains an extensive PhD supervision record with 19 doctoral students, including current advisees Georgakis Nikitas, Naepels Ulysse Imre Cornil, and Yun Ho. His mentorship extends through foundational courses such as Probability and Statistics for physicists, Statistical Inference using likelihood theory, Linear Models, and Multivariate Statistics. He leads the Chair of Mathematical Statistics (SMAT) at EPFL, which operates as a dedicated research hub for advancing statistical theory and its interdisciplinary implementations through collaborative projects and academic partnerships.

• Mathematical Statistics
• Probability Theory
• Statistical Inference
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Vladimir Strokov is a beamline scientist at the Paul Scherrer Institute (PSI), affiliated with the Center for Photon Science and the Laboratory for Advanced Spectroscopy and X-ray Sources. Since 2023, he has also taught a course on Electron Spectroscopy for master's and PhD students at the University of Zurich. With over 260 publications, his career spans research positions at institutions across Europe, including Chalmers University of Technology and Universität Augsburg. Education: Graduated from the Physics Faculty of St. Petersburg State University PhD from the Research Institute of Physics of St. Petersburg State University Habilitation (senior doctorate) from the Institute of Analytic Instrumentation, St. Petersburg Research focuses on quantum materials using advanced spectroscopic techniques, particularly soft-X-ray Angle-Resolved Photoelectron Spectroscopy (ARPES). His work targets: Electronic structure of bulk materials, nanostructures, and impurities Instrumentation development for synchrotron beamlines and spin-resolved detectors Applications in correlated oxides, semiconductor heterostructures, and topological materials Publications emphasize ARPES methodology and quantum materials analysis, with trends including: Beamline design and spectrometer innovation Electronic structure of oxide interfaces and heterojunctions Many-body effects in correlated electron systems Spin-resolved spectroscopy techniques Institutional leadership includes: Design/operation of the ADRESS beamline at Swiss Light Source Development of the iMott multichannel spin analyzer Optics design for high-resolution X-ray spectrometers

• Quantum Materials
• Angle-Resolved Photoelectron Spectroscopy
• Electronic Structure
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David Preinerstorfer is a Professor of Statistics and Econometrics at the Vienna University of Economics and Business (WU) and Director of the Swiss Institute for Empirical Economic Research (SEW-HSG) at the University of St.Gallen. His research focuses on the statistical foundations of algorithmic decision making, particularly in dynamic economic systems and uncertain environments. Director, SEW-HSG (2024–2025) Associate Professor, University of St.Gallen (2021–2024) Assistant Professor, Université libre de Bruxelles (2017–2021) PhD in Statistics and Operations Research, University of Vienna (2011–2015) His work integrates reinforcement learning, optimal control, stochastic programming, and optimization to develop robust and scalable algorithmic solutions. Key research areas include high-dimensional inference, moment-based methods, and optimal policy learning with distributional targets. Recent publications focus on moment-dependent phase transitions, power enhancements for testing moment equalities, and regularization in policy learning. He has contributed to journals like Econometrica and Econometric Theory . Scientific Awards Econometric Theory Multa Scripsit Award (2024) Tjalling C. Koopmans Econometric Theory Prize (2024) Adolphe Wetrems Prize (2022) Advanced ARC Grant (2018) University of Vienna Publication Awards (2016) He collaborates with institutions such as Universitat Pompeu Fabra, TU Graz, and Erasmus University Rotterdam. His research emphasizes both theoretical and practical advancements in data-driven decision making.

• Statistics
• Econometrics
• Algorithmic Decision Making
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Dr. Milena Petkova is a Postdoctoral Researcher at ETH Zurich's Institute of Pharmaceutical Sciences within the Pharmaceutical Immunology group led by Prof. Cornelia Halin. Her research centers on immune trafficking through lymphatic vessels during cancer progression and inflammatory conditions, focusing on molecular mechanisms of lymphatic malformations and therapeutic interventions. Her academic background includes: BSc in Molecular Biology from Sofia University, Bulgaria (2011-2014) MSc in Medical Research from Uppsala University, Sweden (2014-2016) PhD in Vascular Biology from Uppsala University, Sweden (2018-2024) Dr. Petkova's work bridges immunology and vascular biology , with specialized expertise in lymphatic endothelial cell subtypes , immune cell trafficking dynamics , and molecular pathways driving lymphatic malformations . She employs advanced techniques including mouse models, molecular imaging, and cellular assays to investigate VEGF-C signaling, PIK3CA mutations, and novel therapeutic targets in cancer-associated lymphatic dysfunction. Her research has significant implications for understanding metastasis and developing anti-lymphangiogenic therapies. Analysis of her 8 publications (2016-2024) reveals an evolution from nanoparticle drug delivery systems toward cutting-edge lymphatic biology research. Post-2018 work demonstrates increasing specialization in lymphatic malformations, with key contributions identifying immune-interacting endothelial subtypes and VEGF-C blockade as therapeutic strategy. Her publications in high-impact journals like Nature Cell Biology and Journal of Clinical Investigation highlight translational relevance in oncology and inflammation. Dr. Petkova operates within Prof. Halin's research ecosystem at ETH Zurich's HCI campus, collaborating with international teams including Prof. Taija Mäkinen's group at Uppsala University. Her current work explores lymphatic-immune crosstalk mechanisms using state-of-the-art vascular biology approaches, with potential applications in cancer immunotherapy and inflammatory disease treatment.

• Immunology
• Cancer Biology
• Vascular Biology
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Hubert Klumpner is Full Professor of Architecture and Urban Design at ETH Zurich's Department of Architecture since August 2010, serving as sole head of the Chair of Architecture and Urban Design since August 2019 after co-leading it with Alfredo Brillembourg from 2010-2018. His work redefines contemporary architecture through purpose-oriented social design and critical analysis of informal urban systems globally. His educational background includes a degree from the University of Applied Arts Vienna under Hans Hollein and an MSc in Architecture and Urban Design from Columbia University (1995). He holds memberships in the Bavarian Chamber of Architects (since 1997) and Swiss Society of Engineers and Architects (SIA, since 2010). Prof. Klumpner's research investigates informal urbanism through humanitarian, theoretical, and design lenses, treating shantytowns as laboratories for adaptation and innovation. His methodology shifts architecture from form-driven to socially engaged practice, focusing on post-conflict regions (Balkans, Colombia), circular urban systems, and socio-spatial justice in contexts of migration, climate crisis, and urbicide. Selected Awards: Golden Lion International Architecture Biennale Venice Golden Holcim Award South-America UN-Habitat Best Practice Award As educator, he advises master's thesis studios addressing urgent urban challenges including Studio Kigali for Rwanda's healthcare infrastructure, São Paulo's reforestation initiatives, and Sarajevo's urban transformation. He co-founded Urban-Think Tank (U-TT) in Caracas and established Columbia University's S.L.U.M. Lab, securing international grants for projects like the Urban Transformation Program Colombia. His research collective operates through the ETH Chair, U-TT, and nomadic platforms like Studio-Mobile—a recycled sail-based knowledge exchange vessel connecting Venice Biennale with Western Balkan cities. Current work prototypes circular ecological systems, data-driven unsolicited urban design, and human rights-centered spatial practices across Africa, South America, and Europe.

• Informal Urbanism
• Urban Design
• Social Architecture
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Prof. Dr. Ulrich Alois Weidmann is Vice President for Infrastructure and a full Professor at ETH Zürich, affiliated with the Department of Civil, Environmental and Geomatic Engineering and the Institute for Transport Planning and Systems. His office is located at OCT H 59, Binzmühlestrasse 130, 8092 Zürich, Switzerland. Contact is available via phone (+41 44 632 05 91 or +41 44 633 61 14) and email at weidmann@sl.ethz.ch. His research focuses on developing efficient, safe, and environmentally sustainable mobility systems, with emphasis on: Passenger Transportation : System design, urban interactions, and multimodal mobility Freight Transportation : Logistics optimization, capacity management, and sustainable supply chains Production Processes : Operational stability, safety analysis, and pedestrian flow dynamics Additional interests include transport policy, infrastructure financing, and innovation management. Weidmann's scholarly work demonstrates strong focus on transportation optimization, infrastructure resilience, and sustainable mobility solutions. Recent publications explore railway efficiency, pedestrian planning, pandemic-era transport, and comparative analyses of emerging transport technologies.

• Passenger Transportation Systems
• Freight Transportation Systems
• Production Processes
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Catherine Marselli Pasquier serves as a Lecturer in the Section of Molecular and Organic Chemistry within EPFL's School of Basic Sciences, while simultaneously holding multiple administrative coordination roles across the institution. Her primary academic affiliation lies with the Molecular and Organic Chemistry Section (SB-SMA), where she contributes to teaching initiatives. Her professional focus spans Chemical Education and institutional administration, with research interests centered on Organic Chemistry pedagogy and academic support systems. The breadth of her administrative responsibilities reflects deep integration within EPFL's operational framework across scientific divisions. . No scientific awards or publications were documented in available materials. Her advisory activities and grant involvement remain unspecified in institutional records. Mrs. Marselli Pasquier maintains operational presence across EPFL's campus through her coordination of the School of Basic Sciences General Services (SB-GE), Swiss Plasma Center Coordination (SCGC-GE), School of Pharmaceutical Sciences administration (SPH-GE), and the Career Center (LDEV-CCTC), with offices spanning the PH and Rolex Learning Center buildings.

• Chemistry
• Chemical Education
• Organic Chemistry
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Prof. Bryan Alexander Ford is an Associate Professor at École Polytechnique Fédérale de Lausanne (EPFL), where he leads the Decentralized and Distributed Systems (DEDIS) lab within the School of Computer and Communication Sciences, Department of Computer Science. He also holds teaching positions in SIN (Systems and Networking) and SSC (Security and Software Composition) at EPFL, and serves on the Open Science Strategic Committee. His academic journey includes faculty positions at Yale University following his Ph.D. at MIT. Dr. Ford's research spans multiple domains with a primary focus on building secure decentralized systems. His work encompasses privacy and anonymous communication systems like Dissent, systems security, blockchain technology, and novel approaches to operating systems for deterministic parallel computing such as Determinator. He has made seminal contributions to parsing theory through his development of Parsing Expression Grammars (PEGs) and packrat parsing algorithms, which provide linear-time parsing with backtracking capabilities. His research also extends to networking protocols including the Unmanaged Internet Architecture and Structured Stream Transport, as well as virtualization technologies like VX32. Ford's publication record demonstrates a remarkable evolution from foundational work in parsing and programming languages to cutting-edge research in decentralized systems and security. His early career focused on operating systems theory, parsing algorithms, and language design, culminating in influential papers on packrat parsing and PEGs. More recently, his work has shifted toward practical decentralized systems, blockchain technology, and security architectures, while maintaining connections to programming language theory through projects like Matchertext and MinML. This trajectory reflects both continuity in his interest in system architecture and a strategic pivot toward emerging challenges in decentralized computing. As an educator and mentor, Ford advises multiple PhD students at EPFL through the EDIC program and welcomes prospective students and researchers to join his lab. His teaching includes courses on decentralized systems engineering and technologies for democratic society, reflecting his commitment to both technical rigor and societal impact of computing technologies.

• Decentralized Systems
• Distributed Systems
• Privacy and Anonymous Communication
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Gil Regev is a Lecturer at the Laboratory for Applied Software Engineering ( SSC-ENS ), part of the School of Computer and Communication Sciences ( IC ) at École Polytechnique Fédérale de Lausanne ( EPFL ). He serves as Mobility Delegate for IC-GE and has been affiliated with EPFL since 1997 after 9 years at Logitech. His academic work spans Requirements Engineering Business Process Modeling Enterprise Architecture Systems Thinking His research explores the intersection of organizational self-understanding and information systems design. Key trends in his work include Systemic approaches to service design Integration of appreciation and homeostasis in business processes Declarative specification methods Value network modeling Primitive obsession in software engineering Contextual requirements elicitation He has contributed to methodological frameworks like SEAM and practical tools for Service lifecycle management Business-IT alignment Flexible process modeling Regulation-based requirements Genomic data structure optimization Collaborative concept mapping

• Requirements Engineering
• Business Modeling
• Enterprise Architecture
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Matthias Schartner is a Lecturer at the Department of Civil, Environmental and Geomatic Engineering at ETH Zürich . He previously worked as a Postdoctoral Researcher at TU Wien and completed his PhD in Higher Geodesy there. PhD in Higher Geodesy (2019), TU Vienna Diplom-Ingenieur (MSc) in Geodesy and Geoinformation (2016), TU Vienna His research focuses on Space Geodesy , particularly Very Long Baseline Interferometry (VLBI) , including scheduling simulations, analysis technology, operations automation, and optimization using evolutionary computation and swarm intelligence . He contributes to the VLBI Global Observing System (VGOS) and satellite/spacecraft observations. Current employment: Postdoctoral researcher at ETH Zürich (since 2020-10). Former roles: Postdoctoral researcher at TU Wien (2020-01 to 2020-09) and PhD student at TU Wien (2016-09 to 2019-12).

• Space Geodesy
• Very Long Baseline Interferometry (VLBI)
• Satellite Observations
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Roland Schegg is a full professor at the University of Applied Sciences Western Switzerland (HES-SO Valais-Wallis) in the School of Management, where he also serves as a researcher at the Institute of Tourism (ITO). His academic career spans over two decades, with previous affiliation at the Ecole Hôtelière de Lausanne (EHL) from 2000 to 2004. Dr. Schegg received his bachelor's degree from the Swiss Federal Institute of Technology Zurich (ETH) and completed his doctorate at the University of Geneva. His educational background forms the foundation for his expertise in tourism and digital transformation. Schegg's research focuses primarily on digital transformation within the travel and tourism industry, exploring diverse areas such as digital distribution, website benchmarking, social media strategies, digital marketing, artificial intelligence, blockchain technology, eService metrics, and innovation adoption and diffusion. He also studies (big) data analytics, tourism observatories, sustainable tourism, and destination management strategies, with a particular emphasis on promoting sustainable and forward-thinking practices in the tourism sector. His recent publications (2023-2025) reveal a strong focus on regenerative hospitality concepts, luxury guest segmentation, and data-driven tourism approaches. These works demonstrate a clear progression from traditional sustainability toward more transformative approaches that actively improve social-ecological systems rather than merely minimizing negative impacts. Regenerative Hospitality: Schegg has been instrumental in developing frameworks for regenerative hospitality, moving beyond sustainability to create businesses that actively improve social-ecological systems. Digital Transformation: His work on digital distribution channels, website benchmarking, and digital marketing has provided valuable insights for the tourism industry. Tourism Observatories: Schegg has contributed significantly to tourism data analysis and monitoring through various observatory projects. Dr. Schegg has received funding from various sources including the HES-SO Rectorate, hotelleriesuisse, HOTREC, and the Swiss State Secretariat for Economic Affairs (SECO). His research has practical applications for the tourism industry, particularly in helping destinations and businesses navigate digital transformation and sustainability challenges. Schegg leads and collaborates with diverse research teams across institutions including the Ecole hôtelière de Lausanne (EHL), and works with industry partners to ensure his research has real-world impact. His current focus on regenerative hospitality represents a forward-looking approach to tourism that seeks to create positive impacts on local communities and ecosystems.

• Tourism
• Digitalization
• Innovation Management
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Dubosson Magali is a full Professor at the School of Management Fribourg (HES-SO). Her research focuses on Marketing of services , Risk analysis , Customer experience , and Digital Transformation . She holds a BSc in Business Economics from HES-SO and leads the Institute of Service Research at her institution. Core Research Areas: Service economics, human risk management, luxury tourism, and digital trust in organizational contexts. Key Projects: Development of human risk detection software with Oxial, experiential marketing analysis of company tours, and service pricing models for travel agencies. Her recent work explores: 2025 study on benefit segmentation of 5-star hotel guests and sustainability roles. 2024 conference contributions addressing AI risk denial , polycrisis management , and inclusive education . 2023 analyses of experiential company visits and pandemic-induced queue behavior . Collaborations include researchers from HES-SO Valais-Wallis, HEG Geneva, and international institutions. Her methodological approaches blend qualitative fieldwork , statistical modeling , and behavioral observation in service environments.

• Marketing
• Risk Analysis
• Digital Transformation
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Maria Caiata Zufferey serves as Full Professor of Sociology of Health and Social Issues at the University of Applied Sciences and Arts of Southern Switzerland (SUPSI), where she leads the Competence Centre for Healthcare Practices and Policies (CPPS) within the Department of Business Economics, Health and Social Care. Holding a PhD in Social Sciences from the University of Fribourg, she maintains active research collaborations with USI (University of Lugano) and international institutions including Imperial College London and CNRS Paris. Her research focuses on identity construction and agency in contexts of uncertainty, examined through qualitative studies spanning genetic cancer risk management , addiction recovery , chronic illness self-management , and pandemic decision-making . Notable projects include COTIVAX (COVID-19 vaccination decisions among healthcare workers), SCOUT (social dynamics in uncertainty), and Re-Work (breast cancer survivors' return to employment). Her methodological expertise in grounded theory and narrative analysis informs both her research and teaching of qualitative methods across academic levels. Analysis of her recent publications reveals consistent focus on healthcare communication (particularly genetic risk disclosure), decision-making under uncertainty , and cross-cultural comparisons (notably Swiss-Korean studies). Her work demonstrates increasing integration of digital health tools and mixed-method approaches, with growing emphasis on pandemic-related social dynamics since 2020. Prix Vigener 2004 for best doctoral thesis in Humanities at University of Fribourg Best poster award 2010 at Swiss Association for the Study of Pain conference Her leadership extends to directing major research initiatives funded through Swiss National Science Foundation and SUPSI internal grants, with recent projects examining vaccine hesitancy among healthcare workers, genetic testing communication, and occupational reintegration of cancer survivors. She maintains active supervision of junior researchers while collaborating with healthcare institutions across Ticino canton. Zufferey's work operates at the intersection of sociology, healthcare policy, and clinical practice through her CPPS center, which serves as a bridge between academic research and real-world healthcare challenges in southern Switzerland. Her current projects increasingly incorporate interdisciplinary approaches, combining sociological analysis with health informatics and policy evaluation.

• Medical Sociology
• Genetic Risk Management
• Qualitative Health Research
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Daina Matise Schubiger serves as a Lecturer and Researcher at the University of Applied Sciences and Arts of Southern Switzerland (SUPSI) within the Department of Business Economics, Health and Social Care (DEASS). Holding dual responsibilities as both a faculty member and Co-Program Director for the Bachelor's program in Leisure Management, she maintains active roles in teaching, research supervision, and curriculum development. Her academic appointments include positions in the Basic Training Division (FBDEASS) with current affiliation status as of July 2022. Her educational background features a Bachelor of Science and Master of Science in Communication and Economics (majoring in Marketing) with summa cum laude honors from the University of Italian Switzerland (USI). Additional qualifications include a Certificate of Advanced Studies in Teaching from SUPSI and specialized training in Service Automation from the London School of Economics. Research interests focus on cutting-edge consumer behavior topics with particular emphasis on entomophagy adoption among Generation Z , sustainable marketing practices, and the application of extended realities in consumption contexts. Her work bridges theoretical marketing frameworks with practical industry applications, especially in leisure management and healthcare marketing sectors. Current projects investigate Western consumer resistance to insect-based foods and the role of virtual reality in overcoming dietary barriers. Publication trends reveal concentrated expertise in sustainable consumption patterns, with 9 peer-reviewed outputs between 2017-2024. Her research methodology combines mixed approaches including stakeholder interviews with quantitative analysis of generational consumer data. Key thematic clusters emerge around novel food acceptance, digital marketing innovation, and post-pandemic leisure sector transformation. Teaching responsibilities encompass comprehensive course leadership across the Leisure Management curriculum, including Innovation Marketing, Integrated Digital & Sustainable Marketing, and Thesis supervision. She also manages the MOOC on Integrated Digital Marketing and Project II research initiatives. Operational projects demonstrate strong industry engagement through collaborations with organizations like Hockey Club Lugano and RUAG Aviation. Current initiatives include the Food Design Thinking and VR in Entomophagy project and the Campus Bleniese feasibility study, reflecting her commitment to translating academic research into practical business solutions.

• Consumer Behavior
• Sustainable Marketing
• Entomophagy Adoption
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Jean-Clément Ringenbach serves as a Doctoral Assistant and PhD student at the Swiss Federal Institute of Technology Lausanne (EPFL), affiliated with the School of Engineering. His primary appointment resides within the Institute of Mechanical Engineering, where he conducts research at the Emergent Complexity in Physical Systems (ECPS) laboratory. His dual status encompasses both academic staff responsibilities and doctoral candidacy in the Physics Doctoral Program (EDPY). His research centers on complex systems and emergent phenomena in physical contexts, with emphasis on statistical physics, nonlinear dynamics, and the spontaneous organization of order from fundamental interactions. Work within the ECPS laboratory investigates how intricate behaviors manifest from elementary physical processes, particularly in non-equilibrium systems and collective phenomena. As a member of the Emergent Complexity in Physical Systems laboratory, he operates within EPFL's MED Building (Station 9, Lausanne), contributing to interdisciplinary research bridging mechanical engineering and fundamental physics. His role combines experimental and theoretical approaches to model complexity in physical systems.

• Complex Systems
• Statistical Physics
• Nonlinear Dynamics
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