I am a senior lecturer at the Department of Computer and Systems Science, Stockholm University. My research and teaching focuses are conceptual and process modeling, process and service orientation, digital transformation, system integration, knowledge and decision support, data science (including AI), e-government and health informatics. I also contribute with knowledge about approaches such as design science, design thinking and system thinking.
I have participated in several research projects in both the private and public sectors, in collaboration with organizations such as Ericsson, Telia, the Swedish Pensions Agency, the City of Stockholm, the Regions of Stockholm and Västra Götaland. A large part of the research projects has been conducted in the area of health and social care. These projects have, for example, been about how IT support and other digital resources can support process- and service-oriented working methods. Over the past year, the research focus has been on digital innovations and data-driven solutions in health and social care, including AI solutions.
I have been a co-author of over 100 research articles, and of a book on design science, "Introduction to Design Science", published by Springer Verlag. A list of my publications can be found here: https://scholar.google.com/citations?user=ndxHMYsAAAAJ&hl=en&oi=ao
I am also responsible for the master's program Open e-government. It is a distance program and has students from all over the world. The program focuses on the design of services, processes and various forms of digital solutions for the public sector.
New data-driven solutions have the potential to improve the situation for co-morbid elderly people. In this project we identify, analyze and pilot test such innovative data-driven solutions for elderly by supporting collaboration between care providers.
This project is aimed at elderly with multiple illnesses. We identify and design innovative services, based on data-driven solutions. The goal is to proactively prevent mistreatment in health care and re-enrollment in advanced hospital care.
The Fractal Enterprise Model (FEM) provides a different way of looking at enterprises. It maps assets, processes and the connections between them. This PhD thesis project explores how FEM can be a guide to business transformation and digital innovation.
This PhD thesis project studies how formal and informal structures influence IT alignment in public organisations. The project also explores how IT alignment improves organisational agility – one of the determinants of a successful digital transformation.
The aim of this PhD thesis project is to study the IT governance mechanisms that influence digital transformation in different organizations. We also study their influence on organizations’ performances.
The aim of this PhD thesis project is to study digital transformation in public organizations. We focus on how organizational culture in public organizations is influencing digital transformation.
This ground-breaking project brings together top universities to create digital tools for teen mental health. Our aim is to leverage diverse data for inclusive support.
How can patients with severe and long-term cognitive problems after Covid-19 be rehabilitated? In this project, we design an online-rehabilitation system. It helps patients to better understand their problems, the system supports their cognitive training, and increases their motivation to work with rehabilitation online.
