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Mikael Wiberg is full Professor of Informatics at Umeå University, Sweden, where he leads research groups in Design Informatics and Digital Interaction & Design. He is co Editor-in-Chief of ACM Interactions and has held chaired and guest professorships at Uppsala, Södertörn and Chalmers universities. His work sits at the intersection of human-computer interaction, materiality, architecture and emerging technologies. Education: PhD in Informatics, Umeå University, 2001 Docent (Associate Professor) in Informatics, Umeå University, 2004 Research interests revolve around interactivity, mobility, materiality and architecture . Wiberg coined the notion of “materiality of interaction” to study how digital resources merge with physical materials, spaces and artefacts. Recent strands include more-than-human design, human-building interaction, autonomous systems UX, and social justice in HCI, all interrogating how interactive technologies shape—and are shaped by—human and non-human actors. Across more than two decades he has published in top venues such as ACM TOCHI, Design Issues, Int. Journal of Design, Human-Computer Interaction journal and the magazine ACM Interactions . His 2018 MIT Press monograph The Materiality of Interaction consolidates his theoretical stance and has become a touchstone for architectural and material HCI discourse. Editorial & scientific awards: Co Editor-in-Chief, ACM Interactions (2019-) Member, Royal Skyttean Society (Kungliga Skytteanska Samfundet) Board member, Professors’ Association, Umeå University He currently leads interdisciplinary projects on digital heritage archives, autonomous vehicle experiences for children with intellectual disabilities, and sustainable interaction infrastructures. Although the provided text does not enumerate specific grants or doctoral students, his continuous project leadership and editorial roles evidence sustained funding and supervisory activity. Wiberg directs the Design Informatics research environment and is a core member of Umeå’s Internet of Things group, fostering collaboration between informatics, architecture, design and social sciences. His overarching agenda asks how interactive technologies can support just, sustainable and aesthetically rich futures at architectural and urban scale.

• Human–Computer Interaction
• Interaction Design
• Materiality of Interaction
• +5 more

Marko Laaksonen is a Professor at the Department of Health Sciences (HOV) at Mid Sweden University, specializing in winter sports biomechanics and performance analysis. He is affiliated with the Swedish Winter Sports Research Centre, focusing on biathlon and cross-country skiing. His research examines physiological responses to training, rifle carriage effects on skiing mechanics, and performance indicators in biathlon. Key areas include exercise intensity distribution, shooting precision, and muscle metabolism during endurance activities. Recent publications analyze biathlon shooting performance under varying conditions, training load measurement, and equipment impacts on athlete efficiency. Over 15 articles demonstrate expertise in winter sports analytics and physiological monitoring.

• Sports Science
• Biathlon Training
• Physiological Responses
• +7 more

Petra Lindfors is a Professor of Psychology, specializing in work and organizational psychology, at the Department of Psychology, Stockholm University. She has held this position since December 2013 and is actively involved in multiple research projects focusing on stress, health, and well-being across various contexts including workplaces, educational settings, and home environments. Her academic journey began with her thesis defense in 2002, which focused on stress, health, and well-being among teleworking women and men as part of the Boundless Work project. She was accepted as an associate professor in psychology at the Faculty of Social Sciences, Stockholm University, in September 2006, and was hired as a lecturer at the Department of Psychology in July 2007. Throughout her career, she has maintained active research collaborations at both the Department of Psychology and the Centre for Health Equity Studies (CHESS) at Stockholm University/Karolinska Institutet. Lindfors' research interests span multiple dimensions of work and organizational psychology. Her primary focus is on self-reported and objective aspects of stress, health, and well-being among adults and young people across various contexts. She has developed significant expertise in workplace interventions related to harmful substance use, work-life balance, gender differences in work environments, and mental health promotion. Her work often examines how organizational structures and policies affect individual health outcomes, with particular attention to vulnerable populations and gender differences. Analysis of her recent publications reveals strong thematic consistency centered on occupational health psychology. Her research employs both variable-oriented and person-oriented approaches to examine job insecurity, work-home interference, stress responses, and health outcomes. A notable trend is her increasing focus on methodological innovation, particularly in studying workplace interventions and mental health among young adults. Her work bridges theoretical organizational psychology with practical workplace applications, often resulting in concrete recommendations for employers and policymakers. Two-year post-doc scholarship from the Anna Ahlström and Ellen Terserus Foundation (2005) Associate editor for the Nordic Journal of Working Life Studies (since 2021) Member of the Quality Council for the Swedish Work Environment Authority (2019-2022) As an academic supervisor, Lindfors has mentored an impressive number of doctoral students, with completions spanning from 2008 to the projected 2025 graduation of Anna S Tanimoto. She has served as main supervisor for numerous successful academics who have gone on to professorial positions, including Ulrica von Thiele Schwarz at Mälardalen University College. Her supervisory approach appears comprehensive, extending beyond thesis completion to postdoctoral mentorship and career development. Regarding research funding, she has secured significant grants from AFA Försäkring for projects examining organizational interventions for health-promoting work, and has been involved with Stockholm Stress Center, a FORTE-financed interdisciplinary research center. Her work demonstrates sustained success in attracting competitive research funding across multiple domains of occupational health. Lindfors leads the research group 'Harmful use in the workplace – prevention and intervention,' which addresses critical issues related to alcohol, drug, and gambling problems in professional settings. She has also been instrumental in shaping the Department of Psychology's strategic direction, serving as chairman of the board of the Stockholm University Department of Psychology (SUPK) from 2016-2024 and currently as a regular member of the Department's board for 2024-2026. Her collaborative approach is evident in her involvement with multiple interdisciplinary projects, including those examining natural environments, cognitive abilities in military contexts, and school environments' impact on youth mental health.

• Work and Organizational Psychology
• Stress and Health
• Psychological Well-being
• +5 more

Maj Stenmark serves as Associate Professor at Lund University's Faculty of Engineering, Department of Computer Science, with cross-appointments in Children Cardiology and Robotics and Semantic Systems. They are actively involved in multiple research initiatives including the LTH Engineering Health profile area and LU's Natural and Artificial Cognition profile. Stenmark's research focuses on human-robot interaction, specifically simplifying robot task programming for intelligent systems. Their work bridges computer science and medical applications, with emphasis on surgical robotics and vision-based tracking systems. Current projects include CAISA (Collaborative Artificial Intelligent Surgical Assistant) in partnership with Skåne University Hospital's Children's Heart Center and robotics companies Cognibotics and Cobotic. Analysis of recent publications reveals strong trends in medical robotics applications, particularly vision-based surgical assistance systems. Their work combines computer vision, language models, and behavior trees to create robotic surgical assistants, with growing emphasis on dual-arm robot programming using deep learning models with language and vision instructions. Stenmark actively supervises researchers including H. Ismail and E. Ertürk, and participates in major funding initiatives including WASP and Vinnova competence centers. Their research receives support from Swedish Government Agency for Innovation Systems (Vinnova) and the ELLIIT initiative. They lead the development of robotic scrub nurse technology through vision tracking of surgical hand and instrument motions, and manage infrastructure related to The Tissue Bank in Lund. Stenmark also engages in knowledge transfer through NEXTG2COM workshops and media appearances discussing AI applications in pediatric heart surgery.

• Human-Robot Interaction
• Medical Robotics
• Computer Vision
• +3 more

Reto Weber is a Lecturer in Technology at Chalmers University of Technology, specializing in Maritime Studies . With a professional background as a sea captain and pilot on the Swedish west coast, he brings practical maritime expertise to his academic work in bridge simulators and e-navigation systems. Education : Sea Captain's Degree, Master's from World Maritime University (Switzerland, England, Sweden) Affiliations : Chalmers University, Lighthouse - Swedish Maritime Competence Center, Swedish Transport Administration (Trafikverket) His research focuses on maritime navigation systems , particularly examining human factors in automated environments. Key areas include: Algorithmic decision support in maritime traffic Collision avoidance mechanisms Impact of automation on vessel traffic services Development of web-based simulation tools Route exchange protocols and e-navigation solutions Remote ship monitoring ergonomics Reto's publications reveal trends in SMART ship technologies and Lighthouse projects , emphasizing the integration of artificial intelligence with traditional maritime practices. His work spans simulation-based training tools, COLREG compliance, and physics-informed machine learning architectures for wind propulsion optimization. As an examiner for courses like MManeuvering and Navigation in Confined Waters and Bridge Service , he bridges academic research with practical maritime education through Chalmers' Full Mission Bridge Simulator . Collaborations with institutions like Lighthouse and Trafikverket demonstrate his commitment to advancing maritime safety and efficiency through technology.

• Maritime Navigation
• Marine Engineering
• Human Factors in Maritime Systems
• +3 more

Huizhong Cao is a researcher at Production Systems , Chalmers University of Technology. With a background in architecture and sustainable urban planning, she bridges design and technology through projects involving XR platforms , digital twins , and human-centered design . MSc in Sustainable Urban Planning (Chalmers) BSc in Architecture (Wuhan University) Her research focuses on mental workload assessment , XR interface design , and sustainable smart cities . Key projects include: RILIK - Immersive learning framework XR-TBP - Extended reality training for battery production TRIREME - Digital & Green Skills development DIGITALIS - Cognitive work optimization Recent publications analyze: VR interface design for collaborative manufacturing XR applications in environmental sustainability Digital twin integration with IoT Scientific recognition includes: IPOET Scholarship LEXUS Design Award Finalist KTH Innovative Incubator Program UIA-HYP Cup Third Prize She has contributed to UX design and XR development across multiple projects, often combining participatory design with game engine technology . Contact: huizhong@chalmers.se | huizhongcao1@gmail.com

• Cognitive Ergonomics
• Mental Workload
• Manufacturing Digitalization Innovation
• +5 more

Gregory Neely is a Professor of Psychology at Umeå University's Department of Psychology and currently serves as Pro Dean of the Faculty of Social Sciences. He holds dual affiliations with the Department of Psychology and the Faculty Office of Social Sciences. His research focuses on cognitive psychology, human factors, and environmental health, with particular attention to multisensory processing, distraction mechanisms, and environmental intolerance. Neely has led several long-term research projects including the Västerbotten Environmental Health Study (2010–2024) and investigations into distraction by auditory/vibratory stimuli (2012–2016). His work integrates experimental methods with applied contexts such as occupational safety, police training simulations, and digital health interventions. Education details are not explicitly provided, but professional qualifications align with his academic rank. Key research themes include the interplay between sensory modalities and cognitive performance, stress responses to environmental exposures, and the development of smartphone-based tools for monitoring health conditions. He collaborates widely, evidenced by co-authorships with institutions like the International Society for Psychophysics and Emerald Group Publishing. Grants include longitudinal studies on environmental intolerance development (2014–2019) and the effects of auditory warnings in complex settings (2012–2016). Labs/teams affiliation is noted through participation in the Cognition Health and Environment research group. His contributions span theoretical advancements in memory systems and practical applications in workplace ergonomics, with a focus on translating findings into actionable interventions for occupational and environmental health challenges.

• Cognitive Psychology
• Human Factors Psychology
• Environmental Health
• +3 more

Professor Johan Stahre is affiliated with Chalmers University of Technology, where he leads the Division of Production Systems and serves as Assistant Head of Department. His expertise spans industrial digitalization, automation, and the human role in future manufacturing systems. Codirector of Produktion2030 (2013–present) Central figure in EIT Manufacturing development (2016–present) Chalmers representative in European Factories of the Future Research Organisation His research focuses on: Manufacturing resilience and uncertainty navigation Human-Robot Collaboration in restricted environments 5G-enabled smart maintenance systems Sustainability through digital servitization Skill gaps in Industry 4.0/5.0 Computer vision applications in assembly systems Recent publications highlight trends in immersive technologies for manufacturing and resilience frameworks. While no formal awards are listed, his leadership in national and European innovation programs underscores his impact.

• Industrial Digitalization
• Automation
• Human-Robot Collaboration
• +7 more

Masood Rangraz is a Research Fellow at KTH Royal Institute of Technology, affiliated with the Department of Human Centered Technology and the School of Industrial Engineering and Management. He is part of the Digital Futures research center, focusing on inclusive technologies and digital transformation. His work emphasizes accessibility for individuals with cognitive disabilities, AI ethics, and the sociotechnical implications of emerging technologies. Active projects include the "Digitalisation and Educational Transformation" initiative, co-led with Jan Gulliksen and Anne-Kathrin Peters, which develops inclusive educational frameworks for engineering students with cognitive disabilities. He also contributes to the AccessCoVE project, addressing accessibility in vocational education across Europe. His research integrates qualitative and quantitative methods to explore human-automation interaction, digital competence, and ethical design. Rangraz teaches courses such as Human Centered Technology for Disabilities and Research Methodology at KTH. His publications span topics like cognitive accessibility, workplace digitalization, and robotics in SMEs. While he has no listed awards, his work bridges theoretical frameworks (e.g., material agency, disability philosophy) with practical applications in technology design. His advisory and grant activities are not explicitly detailed, but his projects reflect collaboration with European partners and institutions like RISE Research Institutes. He is based at Digital Futures in Stockholm, contributing to cross-disciplinary solutions for societal challenges through digital innovation.

• Human and Automation Interaction
• Digital Competence
• AI in Design
• +6 more

Tove Helldin is a Senior Lecturer at the School of Informatics, University of Skövde, Sweden. Her research focuses on anomaly detection , topic modeling , and human-computer interaction , particularly in telecommunications networks and decision support systems . She has led projects in AI for climate adaptation and future sepsis diagnostics , emphasizing team effectiveness and trust calibration in automated systems. PhD in Computer Science (2014), University of Skövde Licentiate in Computer Science (2012) MSc in Computer Science (2009) Her scientific work spans interactive machine learning , visualization of causal relationships , and transparency in military threat evaluation . She has contributed to automotive UI design and fighter aircraft automation , with publications in venues like ACM Computing Surveys and IEEE conferences. Notably, her work explores topic modeling applications in network monitoring and interpretable AI frameworks.

• Anomaly Detection
• Topic Modeling
• Human-Computer Interaction
• +3 more

Christina Samuelsson is a Professor of Speech and Language Pathology at Karolinska Institutet, part of the Department of Clinical Science, Intervention and Technology. She holds a dual role combining academic and clinical practice. Her education includes a Speech Language Pathologist degree (1986), Master's (1999), PhD (2004), and senior lecturer title (2012). Her research focuses on communication challenges in populations with disabilities, including dementia patients, individuals with aphasia, children with language disorders, and hearing-impaired children. Key projects include the EU-funded Platform Uptake (evaluating digital platforms in elderly care), the FORTE-funded program on dementia communication, and collaborative work on cochlear implant assessments. Notable awards include the "Inspirer of the Year 2019" at Linköping University. She supervises PhD students and postdoctoral researchers, contributing to both clinical and academic advancements. Current projects involve digital welfare technology in dementia care, early language development studies, and cross-cultural assessment tools in Africa. Her work emphasizes participatory methodologies, advocating for inclusive practices that prioritize patient autonomy and accessibility. Collaborations span institutions like Stockholm University, Linköping University, and the Swedish Dementia Center.

• Communication Disorders
• Dementia Care
• Aphasia
• +3 more

Jonas Sandlund is an Associate Professor at Umeå University's Department of Community Medicine and Rehabilitation (Faculty of Medicine). His work bridges physiotherapy and neuromusculoskeletal health with a focus on motor control, biomechanics, and rehabilitation strategies. Head of MOVE research group: Movement control and Exercise for neuromusculoskeletal health Member of N4 Research Group Active in clinical and epidemiological research Research spans motor proficiency in neurodiverse populations, movement analysis using actigraphs, and clinical test validation for neck/shoulder pain. His work combines quantitative and qualitative methodologies across pediatrics, obstetrics, and adult rehabilitation. Key themes include: Development of movement cut-off points using wearable sensors Inter-rater reliability of physiotherapy assessments Neuromechanics in chronic pain populations Interprofessional approaches to gestational diabetes care Exploration of masculine health behaviors in mental health Validation of clinical movement tests His research group employs biomechanical analysis , epidemiological modeling , and digital health innovations like smartphone balance assessment tools. Recent work (2025) examines motor control in ADHD/autism populations, while earlier studies (2006-2023) focus on spinal diagnostics and sensorimotor deficits in chronic pain.

• Physiotherapy
• Motor Control
• Rehabilitation
• +3 more

Oscar Danielsson is a researcher at the University of Skövde's School of Engineering Science, specializing in Augmented Reality Smart Glasses (ARSG) applications for industrial assembly operators. His work bridges manufacturing engineering and human-computer interaction, focusing on practical implementation frameworks for Industry 4.0 environments. He completed his doctoral dissertation in 2022 titled 'Augmented reality smart glasses as assembly operator support: A framework for enabling industrial integration' and previously earned his Licentiate degree in 2020 from the same institution. Danielsson's educational background includes doctoral and licentiate studies at University of Skövde, with his research focusing on the integration of AR technology into industrial manufacturing environments. His academic journey demonstrates a clear progression from initial exploration of AR applications to developing comprehensive frameworks for industrial implementation. His research interests center on Augmented Reality applications in industrial settings, particularly focusing on how AR Smart Glasses can support assembly operators in manufacturing environments. He investigates both the operator perspective (usability, acceptance, cognitive load) and the manufacturing engineering perspective (integration frameworks, cost-benefit analysis, implementation strategies). His work addresses critical challenges including digital instruction systems, weight distribution of AR devices, field of view limitations, and the development of evaluation frameworks to determine when ARSG implementation is justified. Danielsson's research contributes significantly to understanding how AR technology can be practically integrated into existing production systems to enhance efficiency while considering human factors. Analysis of Danielsson's publication trends reveals a clear evolution from foundational literature reviews and meta-analyses toward practical implementation frameworks and evaluation tools. His early work established the theoretical basis and identified key challenges, while his more recent publications focus on actionable frameworks that production engineers can use to evaluate and implement ARSG solutions. The research spans multiple dimensions including technological maturity assessment, operator acceptance studies, hardware evaluation, and development of decision support tools for industrial implementation. Danielsson has collaborated extensively with industry partners, particularly evident in his case studies and evaluation frameworks developed with input from manufacturing companies. His research methodology combines qualitative approaches like focus groups and interviews with operators alongside quantitative analysis of implementation scenarios. His work is conducted primarily through the Production and Automation Engineering research environment at University of Skövde, often in collaboration with the Virtual Systems Research Centre (which closed in 2017) and the Virtual Engineering Research Environment. These research groups focus on digital manufacturing solutions and human-centered production systems, providing the ideal context for his ARSG research.

• Augmented Reality
• Industrial Assembly
• Production Engineering
• +5 more

Björn Johansson is a Professor at Chalmers University of Technology, specializing in Production Systems. His research focuses on sustainability aspects of manufacturing through virtual tools, aiming to minimize environmental, social, and economic impacts. Key methodologies include flow simulation, dynamic environmental assessments, 3D visualization, and layout optimization. Primary research areas: Sustainable Manufacturing, Digital Twins, Environmental Impact Assessment Collaborations: Mélanie Despeisse, Henrik Söderlund, and others in automotive, battery production, and maritime industries His work emphasizes integrating digital technologies (e.g., VR, IoT) with sustainable practices, addressing challenges in supply chain resilience, human-robot collaboration, and circular economy models. Recent studies explore VR training environments, 5G-enabled manufacturing, and extended reality (XR) frameworks. Current projects involve 44 initiatives across battery systems, servitization, and digitalization for sustainability. Publications span 179 articles, including topics like digital twin implementation, ergonomic VR assessments, and hybrid simulation models for environmental analysis.

• Sustainable Manufacturing
• Production Systems
• Virtual Reality
• +7 more

Sam Thellman is an Assistant Professor in Cognitive Science at Linköping University, affiliated with the Department of Computer and Information Science (IDA) and the Human-Centered Systems (HCS) division. His research focuses on folk-psychological interpretations of AI systems, particularly how humans attribute mental states and intentions to robots and autonomous vehicles. He investigates human-AI interaction to design more predictable and explainable systems, with interdisciplinary work on human-vehicle interaction in self-driving car contexts. Education: Ph.D. in Cognitive Science (2021). Teaching responsibilities include the Bachelor’s program in Cognitive Science, courses on Distributed and Situated Cognition, and Applied Cognitive Science. His research spans human-robot interaction, mental state attribution, and autonomous vehicle behavior perception. Publications highlight topics such as robot emotional capabilities, driving simulation studies, and societal impacts of AI. His work emphasizes ethical and human-centric approaches to technology development. No scientific awards are explicitly listed, but his contributions to explainable AI and human-centered computing are significant.

• Cognitive Science
• Human-Robot Interaction
• Artificial Intelligence
• +3 more