My research is positioned within the design and use of context-aware systems. These can be characterized as adapting their behavior to relevant changes in the environment they are in, and the human agents that are using them. With a background in software engineering as well as human-computer interaction, my interests have always been on how such technology can be developed and made into viable products relevant for end users. My publications therefore span from the more development oriented perspectives such as concept development and assessments, to user studies and data-driven indicators from use-time.
Most of my work today is focused on digital health as application area, and making context-aware technology available for clinical researchers. This is enabled by sensors used in wearables such as smart watches, armbands, and in modern phones having greatly improved in quality and what biometric data they can provide. Using Mobistudy as the platform for clinical research, we work with a number of clinical partners in e.g. Parkinson's disease (Karolinska Institute and University of Edinburgh), spinal cord injury (National Hospital for Paraplegics, Toledo), pulmonary diseases (Oxford University Hospitals), and asthma (Usher Institute).
Our role in these projects is to provide the Mobistudy platform that allows modern wearable and mobile technology to be incorporated into clinical studies. We also develop and test indicators for complex conditions, and provide standardized and validated tests that allow patients to be monitored and tested in their home environments rather than always have to go into clinic to do so. This includes for instance the submaximum physical capacity tests Six Minute Walk Test (6MWT) and Queens College Step Test (QCST) which are commonly used as part of treatment and follow-up of a large number of conditions associated with lung and breathing related issues, as well as heart and cardiovascular issues.
Aside from the clinical relevance of the data collected from Mobistudy, the initiative is also citizen science driven. This means that anyone interested in donating data to non-profit research driven by clinical partners is welcome to download and use Mobistudy (available on AppStore and Google Play). New studies that recruit users that match your profile will then invite you. Human-computer interaction aspects of this research therefore includes both the clinicians relying on the Mobistudy platform, and the end users donating data through the mobile app.
Design mechanisms that promote trust, including e.g. privacy by design and privacy-preserving machine learning, as well as data visualization and transparency enhancing tools and techniques are core to the human-computer interaction side of my research.
Other research and activities
Since starting at Malmö University, I have led major projects assoctiated with sensor and data driven systems through our research center Internet of Things and People (IOTAP). This is done in close collaboration with a large number of industry partners, some of which have researchers from my projects directly integrated in research and development projects at these companies. Funding agencies of projects that I lead or am involved in include the Swedish Knowledge Foundation, Vinnova, Mats Paulsson Foundation, K2, STINT, and the European Commision.
I supervise a number of PhD students including several industrial PhD students from companies I have close collaboration with, and have supervised 30+ MSc and BSc theses. Many theses have been at companies and extended after completion to conference or journal publications by the students, the students and myself, or the students and colleagues at other universities.
I received the Stefan Bengtsson Research Leader awared 2019 at Malmö University, and the individual pedagogical prize at the University of Gothenburg 2010, for the Industrial IT and Embedded Systems Project (nominated by students of four different years of that project).
For teaching, I focus on doctoral courses, but have an extensive background as course responsible for Embedded Systems, Software Processes and Improvement, Change Management, Software Architecture, Game Design, Game Engine Driven Product Development, and Research Methods, to name some. I teach exclusively using Problem Based Learning (PBL), and have self-developed pedagogical material for several courses and student-involvement in course and learning goal development, including book chapters on e.g. how to effectively structure and package text in theses and similar project driven courses.
During 2017-2020 I was local project manager at Malmö University for the South Africa - Sweden University Forum (SASUF), where I was also part of all preparatory work for the application and involvement of South African universities. Internationalization and in particular support for emerging researchers in building an international platform of collaborators for their reserarch is one of my core interests. I am fortunate to have spent parts of my time as guest researcher in the US, as well as have my PhD from the University of Limerick, Ireland, as well as am part of both university wide and IOTAP driven initiatives for strategic internationalization.