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Kerstin VokingerView profile

Associate Professor

• Health Policy
• Pharmaceutical Economics
• Medical Technology Regulation
• +3 more

Prof. Kerstin Vokinger is an Associate Professor at the Department of Health Sciences and Technology, ETH Zurich. Her research focuses on pharmaceutical economics, healthcare policy, AI in medicine, and regulatory science. She investigates drug pricing strategies, managed entry agreements, and the therapeutic value of medicines. Her work often compares policies between the US, Europe, and Switzerland, addressing issues like cancer drug pricing, orphan drug designation, and AI-based medical devices' regulation. Key research areas include: Clinical trial outcomes and drug approval processes Health technology assessment and cost-effectiveness analysis Legal frameworks governing healthcare innovation Data privacy in medical research and AI applications Her recent articles analyze trends such as the 'cancer premium' in drug pricing, the impact of expedited approvals on therapeutic value, and global disparities in cancer drug access. She also explores regulatory challenges in AI-driven medical devices and the ethical implications of anonymized healthcare data. Prof. Vokinger collaborates with institutions worldwide to shape evidence-based health policies and improve drug affordability. Her work bridges legal, economic, and scientific dimensions of healthcare systems.

• Climate Science
• Environmental Science
• Geospatial Modeling
• +3 more

Dahyann Araya Muñoz is a Researcher affiliated with the Professorship for Weather and Climate Risks at ETH Zürich. She holds a PhD in Atmospheric and Environmental Sciences from the University of Edinburgh. Her work focuses on geospatial modeling to assess and manage climate, environmental, and social risks, including heat-related hazards, groundwater contamination, and spatiotemporal vulnerabilities of populations to natural disasters such as flooding and wildfires. Her current research at the Weather and Climate Risk Group integrates seasonal forecast data from Copernicus with CLIMADA as part of the UCLIMADAPT project. Previously, she conducted postdoctoral research at Eawag (Swiss Federal Institute of Aquatic Science and Technology), where she applied machine learning and GIS to evaluate water safety issues in African countries, particularly addressing contaminants like fluoride, manganese, and salinity affecting vulnerable populations. Dahyann has developed analytical tools, including a fuzzy logic modeling framework for climate change adaptation strategies in municipalities. She collaborates with stakeholders to translate scientific insights into actionable policies and risk mitigation measures.

Laura BoothView profile

Lecturer

• Climate Risk
• Natural Hazards
• Disaster Risk Reduction (DRR)
• +5 more

Laura Booth is a Lecturer at the Department of Environmental Systems Science, ETH Zurich. She coordinates major projects including the Climate Policy Group’s ESPREssO Project (H2020), the Sentinel Project’s energy modeling initiatives, and the Klima CH2025 Project on Swiss climate scenarios. Her research focuses on Climate Risk, Disaster Risk Reduction (DRR), and Climate Change Adaptation, with expertise in geoscience risk assessment, coastal management, and policy analysis. She teaches in ETH’s Risk Analysis & Management (Bachelor) and Quantitative Policy Analysis and Modeling (QPAM) (Master) programs. Key research contributions include synthesizing legal/policy approaches in DRR and CCA, developing stakeholder engagement frameworks, and evaluating scenario methodologies for disaster prevention. Projects emphasize synergies between Climate Change Adaptation and Disaster Risk Reduction sectors across Europe. She also leads energy transition modeling and Swiss climate scenario updates through C2SM. Projects: ESPREssO: Building CCA-DRR synergies in EU Sentinel Project: Clean energy transition modeling Klima CH2025: Swiss climate scenarios update Teaching: Quantitative Policy Analysis and Modeling (Autumn 2025). Advising: Active in policy innovation and stakeholder collaboration across multi-national projects. Laura’s work bridges geoscience risk analysis with policy implementation, emphasizing actionable strategies for climate resilience and disaster preparedness.

Giovanni BrogginiView profile

Lecturer

• Genomics
• Plant Breeding
• Agricultural Biotechnology
• +3 more

Dr. Giovanni Broggini is a Lecturer in the Department of Environmental Systems Science at ETH Zurich, specializing in plant genetics and breeding. His research focuses on advancing apple breeding through genomic selection, cisgenic modifications, and phenotyping technologies. He leads initiatives leveraging genomic data and environmental variables to enhance crop resilience against diseases like fire blight (Erwinia amylovora) and apple scab (Venturia inaequalis). His work integrates molecular biology techniques, including CRISPR/Cas9 and LiDAR-based phenotyping, to develop disease-resistant cultivars while ensuring biosafety through omics analysis. Broggini collaborates with Swiss breeding programs to utilize core genetic resources, such as the Swiss Apple Core Collection, for sustainable cultivar development. Key projects include cisgenic apple line C44.4.146 demonstrating resistance to fire blight without unintended effects, and the FruitPhenoBox device for rapid fruit quality assessment. His teaching includes the course 'Applied Laboratory Techniques in Agricultural Sciences' (Autumn 2025). Publications highlight innovations in genomic prediction, non-destructive phenotyping, and transgene stability assessment, contributing to both fundamental and applied plant science.

Anna MillerView profile

Researcher

• Atmospheric Chemistry
• Climate Science
• Environmental Science
• +3 more

Dr. Anna Miller is a Researcher affiliated with the Professorship for Environmental Chemistry at ETH Zürich, Switzerland. Her work focuses on atmospheric processes, particularly ice nucleation mechanisms, cloud physics, and environmental chemistry applications. She is actively involved in the CLOUDLAB project, utilizing uncrewed aerial vehicles (UAVs) for cloud seeding experiments and aerosol measurements to study microphysical ice processes in supercooled stratus clouds. Her research integrates experimental fieldwork with advanced computational modeling, addressing topics like silver iodide (AgI) seeding efficiency, surface-active macromolecules' roles in ice nucleation, and the Wegener-Bergeron-Findeisen process. She collaborates with remote sensing and radar technology experts to analyze polarimetric signatures and liquid water content dynamics in clouds. Key contributions include developing the FINC freezing ice nuclei counter, analyzing agricultural and natural ice-nucleating particle emissions, and advancing UAV-based ice accretion monitoring. Miller's work bridges environmental chemistry with climate engineering, emphasizing practical applications for weather modification and climate intervention strategies. Despite no listed awards, her extensive publication record reflects impactful contributions to atmospheric science and environmental technology. She advises on projects involving aerosol sampling, cloud dynamics modeling, and CLOUDLAB infrastructure development, contributing to both academic and applied climate research initiatives.

• Animal Physiology
• Livestock Science
• Genetics
• +3 more

Dr. Carmen Winters is a Researcher at the Department of Environmental Systems Science, ETH Zurich, affiliated with the Professorship for Animal Physiology. Her work focuses on animal physiology and genetics, particularly in livestock resilience, precision farming, and behavioral studies. She develops automated methods for assessing genetic traits in pigs and mice, emphasizing applications in breeding programs and animal welfare. Research interests include livestock genetics, animal behavior quantification, and the integration of technology in livestock management. She leads projects on improving pig vitality through selective breeding and uses machine learning for automated monitoring of animal activity and morphology. Her contributions bridge genetic analysis with practical farming solutions. Recent work highlights include validating breeding programs to reduce congenital defects and tail-biting in pigs, and developing open-source tools for pose estimation in livestock. Despite her significant contributions, no scientific awards are explicitly listed in available texts. She collaborates on interdisciplinary teams within ETH Zurich’s environmental systems framework.

• Photonics
• Nanophotonics
• Biosensors
• +3 more

Aleksandrs Leitis is a former researcher at the School of Life Sciences (École Polytechnique Fédérale de Lausanne) with expertise in photonics, nanophotonics, and biosensing. His work focuses on dielectric metasurfaces, mid-infrared photonics, and MEMS-based optical systems. Leitis has contributed to advancements in programmable Huygens' metasurfaces, wafer-scale functional metasurfaces, and AI-enhanced biosensing technologies. His research integrates MEMS fabrication with optical engineering to create innovative platforms for spectroscopy and molecular detection. Key research interests include optical wavefront manipulation, broadband sensing, and vibrational light-matter coupling. Leitis collaborates with institutions like the European Research Council and National Yang Ming Chiao Tung University on projects involving mid-IR photonics and surface-enhanced spectroscopy. Notable achievements include developing angle-multiplexed metasurfaces for molecular fingerprinting and gradient high-Q resonators for infrared absorption spectroscopy. His articles highlight trends in MEMS-optical hybrid systems, programmable phase control, and AI-driven sensor optimization. Leitis has pioneered wafer-scale fabrication techniques for functional metasurfaces, enabling scalable mid-IR photonics applications. Earlier work explored cold atom optical pumping effects in sodium and cesium beams.

• Gerontology
• Public Health
• Healthcare Ethics
• +4 more

Delphine Roulet Schwab is a Full Professor at La Source School of Health (HES-SO), where she leads research initiatives focused on aging, domestic violence, and technology ethics. She is affiliated with the LER Institute for Aging and Health (VISA) and co-founded the Senior Lab, a collaborative platform for gerontological innovation. Research Interests: Elder abuse detection, digital inclusion of seniors, ethical use of smart home technologies, and social innovation in aging care Key Collaborations: CURAVIVA Suisse, Swiss Academies of Arts and Sciences, Office fédéral de la santé publique Her 15 most recent publications address domestic violence in aging populations, privacy concerns with health technologies, and frameworks for inclusive digital aging. These works emphasize interdisciplinary approaches and stakeholder co-creation. She contributes to national awareness campaigns like Vieillesse sans violence and participates in Swiss policy development for aging populations. Her research bridges technology acceptance models with ethical frameworks for elderly care.

• Power Systems
• Renewable Energy
• Optimization
• +4 more

Prof. Hug is a prominent academic specializing in power systems and energy optimization. As a professor, they advise doctoral students on topics including smart grid design, distributed energy resource management, and renewable integration. Their research emphasizes flexibility quantification, optimal power flow, and data-driven modeling frameworks like DALINE. Notable contributions include scalable aggregation methods for flexible loads, voltage-aware frequency control strategies, and analysis of climate impacts on hydropower systems. Prof. Hug's work bridges theoretical advancements with practical applications in grid operations and market mechanisms. Doctoral students: 16+ supervised since 2015 Postdoctoral researchers: 12+ mentored Key areas: Smart grids, DER optimization, machine learning in energy systems Recent publications (2023-2025) address EV charging impacts, reinforcement learning for grid control, and dual challenges of low-inertia systems. Their work is published in top-tier venues and often collaborates with industry stakeholders.

Hari Priya RavindranView profile

Assistant Professor

• Mathematical Biology
• Optimal Control Theory
• Computational Biology
• +6 more

Hari Priya Ravindran is an Assistant Professor in the Department of Mathematical Sciences at Middle Tennessee State University (MTSU). She holds a doctoral student status at the École Polytechnique Fédérale de Lausanne (EPFL) in Materials Science and Engineering. Her research focuses on mathematical biology, optimal control theory, computational biology, and applications in epidemiology, oncology, and quantum computing. She leads the NSF-funded REU Site on Computational Modeling and has organized interdisciplinary conferences such as the SIMIODE EXPO and CUGH satellite sessions on AI ethics in global health. Her educational background includes advanced studies in mathematical modeling and systems biology. She has received grants from the NSF and MTSU for projects like the ADVANCE IT-Catalyst initiative to promote women in STEM. Her work integrates machine learning, differential equations, and quantum computing to address challenges in healthcare, environmental management, and disease control. Ravindran’s research spans topics such as malaria control, tumor growth modeling, and AI-driven ASD classification. She collaborates internationally, including with institutions in China and Canada, and has published widely in journals like AIMS Mathematics and Journal of Biological Dynamics .

• Innovation Leadership
• Organizational Creativity
• Agile Transformation
• +5 more

Stephanie Kaudela-Baum is a Professor and Co-Head of the Competence Centre for Business Development, Leadership, and HR at the Lucerne School of Business (HSLU). She holds a doctorate in strategic human resource management and has extensive experience in teaching and research across innovation management, organizational development, and qualitative social research. Her work focuses on innovation leadership, agile transformation, and collaborative leadership in expert organizations. Education: Studied economics at the Universities of Augsburg and Basel, completed her PhD at the University of Basel. Research Interests: Organizational creativity and innovation leadership Agile transformation and people management Leadership in expert organizations (e.g., R&D, specialized teams) Collaborative learning and digital transformation Key Contributions: Authored/co-authored over 20 books including Innovation Leadership (2023) and Experten führen (2019). Active in national/international networks like ISPIM and CINet. Awards: Received prestigious awards such as the Publikationspreis for Experten führen (2019) and multiple best paper awards for her research on innovation cultures and leadership. Grants & Projects: Co-led projects like Blockchain-based Innovation Governance (BIG) and Digitale Female Founders . Involved in consulting for organizational transformation and postgraduate programs like the CAS Creative Leadership for Digital Transformation. Labs & Teams: Member of the Institute of Business and Regional Economics (IBR) Executive Board, leading initiatives in innovation dynamics and leadership development.

• Artificial Intelligence in Healthcare
• Medical Imaging
• Dermatology
• +3 more

Ludovic Amruthalingam is a Lecturer and Senior Researcher at the Lucerne School of Computer Science and Information Technology, Lucerne University of Applied Sciences, Switzerland. He holds a PhD in Artificial Intelligence from the University of Basel, a Master of Science in Computer Science from ETH Zürich, and a Bachelor of Science in Computer Science from EPFL. His professional activities include co-founding the startup Intelligent Orthopaedics in Chennai, India (2017–present), and leading research projects such as the Health Innovation Transfer Study (HIT) , Derma consultation documentation with AI , and the HSLU Medtech Joint Venture . His work focuses on leveraging AI for medical applications, particularly in dermatology, teledermatology, and medtech innovation. Research interests include medical anomaly detection, self-supervised learning, hyperbolic neural networks, and overcoming data scarcity in healthcare. He has pioneered projects addressing skin condition analysis, automated anatomical mapping, and diversity-inclusive medical imaging datasets. His recent publications highlight advancements in AI for dermatological diagnosis (e.g., vulvar lichen sclerosus pilot studies), hyperbolic space applications for medical anomalies, and benchmarking frameworks for image data cleaning (e.g., CleanPatrick ). He also contributes to foundational AI tools for scalable digital dermatology and equitable healthcare access through global skin imaging initiatives. Ludovic’s work bridges academic research and industry, driving innovations in medtech through collaborations like the ABIZ MedTech Expansion and Counteracting Data Scarcity in MedTech projects. His research emphasizes clinical translation of AI systems for real-world healthcare challenges.

• Signal Processing
• Acoustics
• Psychoacoustics
• +7 more

Armin Taghipour is a Professor in Signal Processing and Acoustics at the Institute of Electrical Engineering, Lucerne School of Engineering and Architecture. He leads the Research Group Waves & Signal Processing and oversees Continuing and Executive Education in Innovation & Technology. His roles include MSE Advisor in the HSLU Master of Science program and President of the Swiss Acoustical Society SGA-SSA. Education: B.Sc. Microelectronics (University of Guilan, Iran), M.Sc. Telecommunications (University of Hanover, Germany), Dr. Eng. in Psychoacoustics (International Audio Laboratories Erlangen, Germany). Professional expertise spans audio signal processing, psychoacoustic modeling, noise annoyance evaluation, and acoustic comfort design. He has conducted research at Empa, Fraunhofer IIS, and the Hanover Medical School. Research focuses on urban acoustics, noise mitigation, room acoustics optimization, and psychoacoustic experiments. Recent work addresses soundscape quality in residential areas, cognitive impacts of noise, and AI-driven odor classification systems. Over 50 publications span environmental acoustics, audio engineering, and multidisciplinary applications. Lab leadership: Head of Research Group Waves & Signal Processing Key projects: Soundscape design, autonomous acoustic measurement systems, and green healthcare building acoustics Grants: IDN Performance Lab project leadership (2022) Labs/Teams: Active in the Institute of Electrical Engineering's Autonomous Systems & Robotics division, collaborating with DAGA, EAA, and SGA-SSA.

• Intercultural Communication
• Intercultural Leadership
• English for Business
• +3 more

Jillaine Farrar Schmidhauser is a Lecturer at Lucerne University of Applied Sciences and Arts' School of Business, Department of Business Development, Leadership and HR. She holds a Master's in Education from the University of Manchester and certifications in leadership and intercultural development. Her research focuses on intercultural communication, leadership, and global business strategies. Key roles include Head of Exchange Programs, Co-Head of MAS International Management, and President of SIETAR Switzerland. She leads initiatives like hyFiT (hybrid leadership of international teams) and Immersive Integration projects. Over 30 years of professional experience includes corporate training with firms like SAP and Cap Gemini. Publications span intercultural education, AI in teaching, and SME internationalization. Awards include SIETAR Europa's 2023 Recognition Certificate for contributions to intercultural research. She actively contributes to conferences, journals, and mentorship programs.

• Educational Technology
• E-Learning
• Blended Learning
• +3 more

Cinzia Gabellini is a Digital Learning Specialist at the Center for Learning, Teaching and Research at Lucerne University of Applied Sciences and Arts (HSLU), a position she has held since 2012. She also serves as Co-leader of the Special Interest Group SIG OER of Swiss universities since 2024. Her work focuses on advancing digital teaching competencies and promoting Open Educational Resources (OER). She has led projects such as the 23 Digital Things initiative aimed at enhancing digital skills among educators. Cinzia holds a Master's degree in Adult Education from the Technical University of Kaiserslautern. She also holds several certificates, including Creative Commons for Educators, Blended Learning Practice, and E-Learning and Digital Cultures from Coursera. Additionally, she has certifications in Educational Media, Adult Education, and is a federally certified computer scientist. Her professional competencies and research interests include: Online and Blended Learning Instructional Design Development of Digital Learning Content Open Educational Resources (OER) Use of WordPress and Pressbooks in Education Teaching Evaluation methodologies Her publications and presentations highlight contributions to OER implementation and digital learning strategies. Notable works include a book on OER in higher education and presentations on didactic meta-information and blended learning integration. She has also presented on leveraging WordPress for online course management and collaborative learning tools like group blogs. Cinzia has been involved in various projects such as the 23 Digital Things program (2019–2021) and the gleichstellen.ch research project. She co-organizes events like the Open Education Week and the OER Conference in Switzerland. Her work extends to managing newsletters and contributing to institutional development through her role at HSLU. She is part of the Center for Learning, Teaching and Research at HSLU, collaborating on initiatives to enhance educational practices through digital innovation and OER advocacy.