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Pramita Bagchi is an Assistant Professor in the Department of Biostatistics & Bioinformatics at The George Washington University (GWU), affiliated with the Milken School of Public Health. She holds a Ph.D. in Statistics from the University of Michigan and completed a postdoctoral fellowship at Ruhr Universitat Bochum in Germany. Her research focuses on developing statistical methodologies for analyzing dependent data, particularly in high-dimensional and functional contexts such as time series, spatial data, and functional observations. Education: Ph.D. in Statistics, University of Michigan, Ann Arbor Postdoctoral Research, Department of Mathematics, Ruhr Universitat Bochum Research Interests: Functional Data Analysis Spatiotemporal Modeling High-Dimensional Data Non-Parametric Inference Healthcare Applications Methodological Development for Biomedical Data Publications span statistical theory (e.g., functional time series analysis) and applied health research (e.g., heart transplant biomarkers, acculturation effects in immigrant health). Recent work emphasizes methodological innovations for complex data structures, blending theoretical rigor with real-world applications in cardiology and epidemiology. Grants & Collaborations: NSF Grant: "Empirical Frequency Band Analysis for Functional Time Series" (2022–2025) INOVA Hospital Grant: "Clinical Data Analytics in Cardiac Transplantation" (2020–2023) Teaching includes advanced courses like Mathematical Statistics I (STAT 872), reflecting her expertise in statistical theory and methodology.

• Functional Data
• Time Series Data
• Spatial Statistics
• +6 more

Overview Prof. Gudrun Klinker is a Professor at Technische Universität München (TUM), leading the Chair of Computer Science Applications in Medicine & Augmented Reality. She holds a PhD from Carnegie-Mellon University and has extensive experience in academia and industry, including roles at Digital Equipment Corporation and Fraunhofer Institute. Affiliations Professor (C3/W2) since 2000 Head of the FAR (Augmented Reality) research group Member of the CAMP (Computer Aided Medical Procedures) interdisciplinary team Research Dr. Klinker specializes in augmented reality (AR) with focuses on industrial applications, sensor fusion, 3D interaction, and healthcare integration. Her work bridges computer science with medical and industrial challenges, emphasizing user-centric design and real-world deployment. Key projects include: AR-based maintenance systems for complex machinery Healthcare applications like serious games for nutrition education VR/AR training environments for medical and aerospace domains Awards and Recognition Robert Sauer Prize (2010) for contributions to Bavarian science ISMAR Lasting Impact Award (2014) for influential AR research Teaching and Mentorship Prof. Klinker teaches courses on 3D user interfaces, AR fundamentals, and game design. She advises students in thesis projects, focusing on AR applications, HCI, and medical computing. Labs and Collaborations Her research is supported by partnerships with industry and institutions, leveraging TUM's interdisciplinary environment to advance AR/VR systems for real-world impact.

• Industrial Augmented Reality
• Sensing
• Ubiquitous Tracking (Sensor Fusion)
• +4 more

Maria Wirzberger is a tenure-track professor at the University of Stuttgart, where she leads the Department of Teaching and Learning with Intelligent Systems and serves as spokesperson for the Stuttgart Research Focus "Interchange Forum for Reflecting on Intelligent Systems" (SRF IRIS). She is also co-director of the Artificial Intelligence Software Academy (AISA) and part of the Cyber Valley ecosystem, Europe’s largest AI research consortium. Her interdisciplinary research bridges cognitive psychology, human-computer interaction, instructional design, and artificial intelligence. Research Interests: Modeling and simulation of human cognition using cognitive and connectionist approaches Advanced statistical modeling (multilevel models, time series, structural equation models) Distraction, interruption, and attention control in applied settings Multimodal cognitive load assessment via performance, behavior, and physiology Design of adaptive, assistive, and responsible intelligent systems Individual differences in HCI (age, neurodiversity, technology affinity) Trust, bias, and critical reflection in human-AI interaction Her recent publications focus on cognitive load in learning, system delays in virtual training, interruption modeling using ACT-R, and adaptive feedback mechanisms. The work spans experimental, computational, and applied domains, increasingly extending to digital health, industrial robotics, and single-pilot operations. She applies lab, field, and online studies combined with user-centered software development. Scientific Awards and Grants: Erasmus+ teaching mobility grant (2018) InProTUC travel grant (2016) Research stay grant at University of Groningen "Deutschlandstipendium" scholarship (2013/14) Maria Wirzberger has supervised several theses and has been involved in grant-funded research such as the DFG Research Training Group "CrossWorlds". She actively reviews for top journals and conferences and holds leadership roles in academic service. She has organized symposia and workshops and is a member of numerous professional societies including the Cognitive Science Society, ACM, and APA. Labs and Teams: She leads a research team at the University of Stuttgart focused on teaching and learning with intelligent systems, embedded within the interdisciplinary Cyber Valley network. Her group develops and evaluates user-adaptive technologies using predictive analytics and cognitive science principles.

• Cognitive Psychology
• Human-Computer Interaction
• Instructional Design
• +12 more

Maria Wirzberger is a tenure-track Assistant Professor at the University of Stuttgart, Germany. She serves as spokesperson for the Stuttgart Research Focus “Interchange Forum for Reflecting on Intelligent Systems” (SRF IRIS), head of the Department of Teaching and Learning with Intelligent Systems, and co-director of the Artificial Intelligence Software Academy (AISA). Her research team operates within the Cyber Valley ecosystem, Europe’s largest AI research consortium. Her work sits at the interdisciplinary intersection of cognitive psychology, human-computer interaction, instructional design, and artificial intelligence. She employs experimental lab, field, and online studies alongside user-centered software development and modeling approaches to design responsible, user-adaptive assistive technologies. Initially focused on learning contexts, her research now extends to single-pilot operations, digital health, sustainable product development, and industrial robotics. Current projects investigate cognitive processes, user characteristics, and contextual factors through modeling human cognition (cognitive/connectionist approaches), advanced statistical analysis (multilevel models, time series, SEM), and multimodal cognitive load assessment (eye tracking, physiological measures, speech analysis). Key initiatives include designing adaptive assistive systems using predictive analytics, studying distraction/resumption patterns, supporting neurodiversity in HCI, and examining trust mechanisms and AI bias in human-AI interaction. Professor Wirzberger leads interdisciplinary collaborations through Cyber Valley and actively seeks research partners and students. Her leadership in the SRF IRIS forum and AISA demonstrates commitment to advancing responsible AI development while addressing critical human factors in emerging technical domains.

• Cognitive Psychology
• Human-Computer Interaction
• Artificial Intelligence
• +7 more

Dr. Shahid Q. Manalundong serves as Associate Professor III in the Islamic Studies Department at the King Faisal Center for Islamic, Arabic and Asian Studies (KFCIAAS), Mindanao State University (MSU), Marawi City. His academic career at MSU spans over eight years, progressing from Teacher I (2016-2018) to Assistant Professor III (2018-2022) before his current promotion in June 2022. He concurrently holds administrative roles including Chairperson of Islamic Banking and Finance at KFCIAAS and Special Assistant to the Assistant Vice Chancellor for Academic Affairs. His academic qualifications include: Doctor of Philosophy in Philippine Studies major in Society and Culture (2022), Graduate School, MSU Master of Arts in Islamic Studies major in Muslim Law (2018), KFCIAAS, MSU Bachelor of Arts in Islamic Studies Major in Islamic Law and Jurisprudence (2009), KFCIAAS, MSU High School (2005), MSU-Balindong Community College Elementary (2001), Marawi City Elementary Pilot School Dr. Manalundong's research centers on Islamic jurisprudence within the Philippine context, particularly Mindanao's Muslim communities. His doctoral work in Philippine Society and Culture intersects with his master's specialization in Muslim Law, enabling analysis of Islamic legal frameworks in contemporary Philippine society. He actively develops Islamic finance curricula through his chairmanship of KFCIAAS's Islamic Banking and Finance program, reflecting dual expertise in religious scholarship and financial systems. His research demonstrates strong regional focus on Lanao del Sur's religious leadership structures. His sole documented publication analyzes Ulama leadership in Lanao del Sur, representing interdisciplinary work bridging Islamic studies, sociology, and Philippine regional studies. The research examines traditional religious authority through leadership style analysis, contributing to understanding how Islamic scholarly traditions operate within specific Philippine Muslim communities. This work establishes his scholarly focus on the practical application of Islamic principles in local governance contexts. No scientific awards or fellowships were documented in the provided materials. While student advisement details are absent from the records, his faculty position and administrative leadership in Islamic Banking and Finance suggest active mentorship in Islamic studies and finance programs. His LET certification (2022) further supports his role in academic training. Dr. Manalundong operates within KFCIAAS as both faculty member and program chair for Islamic Banking and Finance, positioning him at the intersection of academic research and practical Islamic finance implementation. The center serves as MSU's primary hub for Islamic, Arabic, and Asian scholarship with particular emphasis on Mindanao's Muslim communities.

• Islamic Studies
• Muslim Law
• Philippine Society and Culture
• +2 more

Professor Werner Kunz serves as Head of the Institute of Physical and Theoretical Chemistry and Chair of the Department of Physical Chemistry II at the University of Regensburg. His research group, the Solution Chemistry Group (PCII), focuses on developing environmentally friendly chemical processes and sustainable alternatives to conventional industrial practices. Professor Kunz's research interests center on solution chemistry with emphasis on sustainable approaches. His work challenges established paradigms in surfactant chemistry, particularly micellar catalysis, demonstrating that many reactions previously thought to require surfactants can be performed more efficiently in simple water-alcohol mixtures. His group also develops novel surfactants using natural osmolytes, investigates green solvents like gamma-valerolactone, and creates innovative ionic liquids through ethoxylation strategies. These research directions all share a common goal of creating more sustainable chemical processes for industrial applications. Professor Kunz has received significant recognition for his contributions to sustainable chemistry, including: Pierre-Fillet-Preis from the French Chemical Society for decades of contributions to sustainable products, particularly in cosmetics and cleaning agents Steinkopff-Preis 2019 from the German Colloid Society He leads an active research group with numerous PhD students working on various aspects of solution chemistry. His group collaborates with both academic institutions like TU Dresden and industrial partners, with one project currently developing a 2,000 tons/year pilot plant for green solvent production. The Solution Chemistry Group operates state-of-the-art laboratories focused on characterizing complex and nano-structured liquids and their interfaces, with particular attention to environmentally friendly chemicals and consumer product formulation.

• Solution Chemistry
• Sustainable Chemistry
• Surfactant Chemistry
• +5 more

Dr. Linda Wauben serves as Research Professor of Technical Innovations in Healthcare at Rotterdam University of Applied Sciences' Research Centre Innovations in Care, while also conducting postdoctoral research at Delft University of Technology. Her work integrates human factors and technology to improve healthcare safety, efficiency, and quality. She earned her PhD in 'Safety in the Operating Room' (2010) from Delft University of Technology through a collaboration between Industrial Design Engineering and Erasmus University Medical Centre's Surgery Department, following an Industrial Design degree. Her research focuses on healthcare technology innovation, including medical device design, patient safety systems, and assistive technologies. Key areas include hand hygiene compliance, telemonitoring for chronic conditions, and ergonomic improvements for medical equipment. She emphasizes goal-oriented technology application to support healthcare professionals and empower patients. Publications reveal a consistent theme of user-centered healthcare technology development, with recent work on surgical team training, neonatal hand hygiene systems, and cancer pain telemonitoring. While primarily healthcare-focused, her research extends to interdisciplinary domains like smart grid technologies. Though no awards are cited, Professor Wauben actively mentors students through the Healthcare Technology minor, guiding multidisciplinary teams on projects such as the 'Incubator Traffic Light' and 'Smartscope'. She collaborates extensively with Erasmus MC, Erasmus University Rotterdam, and TU Delft. The Technical Innovations in Healthcare group connects students, researchers, and industry partners to develop and evaluate healthcare technologies. Current initiatives address challenges in single-occupancy hospital rooms, newborn measurement systems, and tools for intraocular pressure monitoring, always prioritizing practical implementation.

• Healthcare Technology
• Human Factors
• Patient Safety
• +3 more

Michael Zintl is a researcher at the Institute of Flight System Dynamics, Technical University of Munich (TUM), specializing in flight control systems and augmented reality applications for advanced air mobility. He holds a Master of Science degree and contributes to cutting-edge eVTOL aircraft research. His research focuses on: Augmented and Mixed Reality pilot assistance systems Flight simulation frameworks for eVTOL training Landing/take-off display concepts for degraded visual environments Holographic cockpit instrumentation prototyping Recent publications (2022-2024) demonstrate concentrated work on AR/MR integration for pilot-vehicle interfaces in advanced air mobility, with recurring themes in automatic landing validation, simplified vehicle operations, and instructor station design across IEEE/AIAA conferences. Zintl has supervised 12 TUM student theses on AR landing assistance, mixed reality training systems, and cockpit instrumentation for eVTOL aircraft, mentoring topics ranging from air traffic obstacle highlighting to extended head-down displays. He operates within TUM's Institute of Flight System Dynamics facilities, utilizing flight simulators and research infrastructure for trajectory optimization, navigation data fusion, and safety-critical avionics development.

• Flight Control Systems
• Augmented Reality
• Mixed Reality
• +5 more

Prof. Dr. Klaus Bengler is Full Professor and Chair of Ergonomics at the Technical University of Munich (TUM) , located within the TUM School of Life Sciences Weihenstephan in Garching, Germany. He leads research and teaching activities that integrate human factors engineering with cutting-edge topics such as automated driving, digital twins, and human-centred production systems. Education : While specific degrees are not detailed, his title “Prof. Dr. phil.” indicates a doctoral degree in philosophy or a related discipline and the venia legendi required for a German professorship. Research Interests Human–Machine Interaction – developing user-centred interfaces for complex technical systems. Automated & Connected Driving – studying driver behaviour, trust, and safety in conditionally and fully automated vehicles. Digital Twins & Cyber-Physical Systems – leveraging virtual replicas to sustain long-living human-machine systems in construction and production. Lean Ergonomics – integrating lean management and ergonomics to foster resilient socio-technical production environments. Remote & Teleoperated Systems – analysing human reliability, organisational structures, and interface design for teleoperation. VR/AR Applications – employing immersive technologies for ergonomic design and training. Across more than 35 peer-reviewed publications from 2023–2025, a clear thematic trajectory emerges: leveraging human-centred design to shape the safe introduction of automation across road transport, aviation, and industrial production. Studies repeatedly address longitudinal adaptation, risk-aware AI, pedestrian interaction with automated vehicles, and the organisational embedding of new technologies. Scientific Awards No specific honours or prizes are mentioned in the supplied text. Advising & Funding Landscape While individual student names are not provided, the Chair of Ergonomics hosts a dynamic research group engaged in numerous large-scale projects, including federally funded initiatives on teleoperation and KI-Fabrik. These projects typically involve interdisciplinary consortia with industry partners such as BMW, enabling extensive graduate-level supervision. Laboratories & Teams Prof. Bengler directs the Chair of Ergonomics (www.ergonomie.tum.de), which maintains state-of-the-art facilities: multi-driver connected simulators, VR/AR labs, instrumented vehicles, and industrial demonstrators within the KI-Fabrik pilot plant. The team comprises post-doctoral researchers, doctoral candidates, technical staff, and student assistants working in tight collaboration with national and international partners.

• Human–Machine Interaction
• Automated and Connected Driving
• Digital Twins and Cyber-Physical Systems
• +6 more

Diana Donath serves as Academic Director and Senior Academic Councillor & Laboratory Head at Bundeswehr University Munich, affiliated with the Professorship for Flight Mechanics and Flight Guidance under Prof. Schulte. She has held her Academic Director role since January 2016 and Senior Academic Councillor position since January 2015. Her educational foundation includes: Aerospace Engineering studies at Technical University of Munich (1998-2003) Doctorate (Dr.-Ing.) awarded May 4, 2012 Dr. Donath's research centers on human-machine interaction in aviation systems, with core expertise in Adaptive Automation, Human-automation integration, Mission management, and Operator/pilot assistance. Her work bridges theoretical frameworks with practical cockpit applications. As Laboratory Head since 2015, she oversees experimental facilities for flight guidance systems. Her industry experience includes Systems Engineer roles at Airbus Defence & Space (2011-2014) following seven years as a research assistant at Bundeswehr University Munich (2004-2011).

• Adaptive Automation
• Human-automation integration
• Mission management
• +1 more

Jane Jean Kiam serves as an Assistant Professor for Flight Mechanics and Flight Guidance at the University of the Federal Armed Forces Munich within the Institute of Flight Systems. Her academic foundation includes: Engineering studies at Télécom Bretagne Electrical Engineering and Information Technology at Technical University of Munich (TUM) She completed both programs with a double diploma in 2013. Her research concentrates on Mission Management systems and human-machine interfaces for Operator and Pilot Assistance technologies, focusing on aerospace applications within flight system automation.

• Mission Management
• Operator Assistance
• Pilot Assistance

Ionut Anghel is an Associate Professor at the Department of Computer Science within the Faculty of Automation and Computer Science at Technical University of Cluj-Napoca, Romania. His research spans smart energy systems, blockchain applications, healthcare technologies, and artificial intelligence, with numerous publications in high-impact journals and conferences from 2008 to 2025. He maintains strong collaborative relationships with researchers across Europe, particularly with Tudor Cioara, Ioan Salomie, and Marcel Antal. Dr. Anghel's research interests focus on the intersection of computer science and energy systems, with particular emphasis on smart grid optimization, peer-to-peer energy trading mechanisms, blockchain applications for energy management, and AI-driven solutions for healthcare. His work demonstrates a consistent trajectory from foundational research in data center optimization to current cutting-edge work on federated learning for renewable energy prediction and AI-assisted healthcare solutions. His recent publications show increasing focus on integrating large language models with digital twin technologies for energy applications. His scholarly contributions demonstrate significant impact in both theoretical frameworks and practical implementations, with publications in IEEE Access, Sensors, Future Internet, and other reputable venues. The breadth of his work spans from theoretical game theory applications to concrete healthcare platform implementations, reflecting a versatile research portfolio that bridges multiple domains. Dr. Anghel has been actively involved in European research initiatives, particularly those focused on energy systems and healthcare technologies, with recent work examining transitional care pathways and cognitive decline management through innovative technological approaches.

• Smart Grids
• Blockchain Applications
• Energy Systems Optimization
• +5 more

Marjolein Elize Buisman is an Assistant Professor at WHU Otto Beisheim School of Management, affiliated with the Supply Chain Management Group. Her research focuses on optimizing supply chain processes with an emphasis on reducing food waste, inventory management, and sustainable practices in retail and food sectors. Research Interests Food Supply Chain Management Inventory Optimization for Perishable Goods Retail Analytics and Operations Consumer Behavior and Substitution Effects Sustainability in Supply Chains Key Research Themes Her work addresses challenges such as donation management for food banks, dynamic pricing strategies, and inventory control for fresh produce. Recent studies emphasize reducing food waste through innovative policies and technological applications. Publications Overview Her publications span topics like food waste reduction via dynamic shelf-life management, inventory dynamics in retail, and joint optimization of product assortments. These contributions highlight interdisciplinary approaches combining operations research, sustainability science, and retail economics. Awards & Grants No scientific awards or grants explicitly listed in the provided materials. Collaborations Active in the Supply Chain Management Group at WHU, collaborating on projects related to perishable inventory control and supply chain resilience.

• Retail Analytics
• Sustainability
• Inventory Management
• +4 more

Prof. Dr.-Ing. Steffen Greiser is a Professor of Automation Technology at the Faculty of Management, Culture and Technology, Osnabrück University of Applied Sciences. He has been serving in this role since 2020 and leads the Laboratory for Digitized Value Creation Processes as its spokesperson since 2023. His academic journey began with a Mechatronics degree at TU Ilmenau, followed by a distinguished research career at the German Aerospace Center (DLR), where he earned his doctorate in 2016 and received the DLR Dissertation Award in 2017. Prior to academia, he also held a position at Volkswagen in chassis control systems. His research interests include Robotics, Sensor Technology, Internet of Things, 5G/6G Network Technology, and Sustainability , applied across domains such as mobility, production, and drones. He is actively engaged in research projects like BiCoNet, TIDA5G, InnoNT, CARLA, and EDNA, focusing on digitalization and sustainable automation. The most recent publications reflect a strong trend toward smart manufacturing, digital learning factories, sensor-based environmental monitoring, and advanced control systems . His work bridges engineering fundamentals with real-world industrial applications, particularly in Industry 4.0 and sustainable logistics. Scientific Awards: DLR Dissertation Award (2017) Advising and Grants: While specific student advisees are not listed, Prof. Greiser leads significant research initiatives funded by national and international programs (e.g., Interreg, BMWI). His leadership in projects like EDNA and BiCoNet demonstrates active mentorship and grant acquisition in applied automation and digital transformation. Labs and Teams: He is the spokesperson for the Laboratory for Digitized Value Creation Processes, which supports research in smart production, data analytics, and Industry 4.0 applications. His collaborations span academic, industrial, and cross-border innovation networks.

• Robotics
• Sensor Technology
• Internet of Things
• +12 more

Dennis Mund is a Research Fellow at the Institute of Flight Systems, Bundeswehr University Munich, where he has been a faculty member since May 2015 under the Professorship for Flight Mechanics and Flight Guidance (Prof. Schulte). His work focuses on advancing human-automation interaction within aviation systems. His academic background includes: Master of Science in Robotics, Cognition, and Intelligence from the Technical University of Munich Dr. Mund's research centers on operator/pilot assistance systems, adaptive automation frameworks, and seamless human-automation integration. He investigates how intelligent systems can dynamically adjust to pilots' cognitive states and operational contexts to enhance flight safety and efficiency. This work addresses critical challenges in modern aviation automation, particularly in developing responsive flight guidance technologies that maintain pilot situational awareness during high-workload scenarios. Based in Building 150, Room 150/0000, he contributes to the Institute of Flight Systems' mission of innovating aerospace engineering solutions through rigorous interdisciplinary research in flight mechanics and control systems.

• Operator/Pilot Assistance
• Adaptive Automation and Autonomy
• Human-Automation Integration
• +1 more