Working with humans is incredibly difficult for robots. This project aims to develop new ways for robots and intelligent agents to understand, interact with, and adapt to the complex and collaborative ways we humans work together to get through our everyday lives.

While there has been fast and rapid progress in terms of the development of self driving vehicles, these new technologies have also been controversially involved in a number of fatal accidents. This project studies the “social order” of traffic. What happens when artificial and human intelligence meet on the road?

While the future of autonomous vehicles seems to be approaching, there will still be instances where human intervention will be necessary. In this project we develop Extended Reality experiences to provide visions of this future, informed by current events and autonomous agent research.

Developments in artificial intelligence (AI) has raised concerns: Will human skill be replaced by AI-based technologies? This project investigates how AI tools may be used as constructive resources in programming and creative design contexts. We adopt a perspective of co-creativity between user and technology.

Technology has the power to improve the world, but it can also contribute to problems such as inequality and overconsumption. To address this, ethical considerations must be prioritized. In this project, researchers and digital designers collaborate to explore how ethical design might be achieved.

The way that technology is designed affects both people and the planet. Therefore, we need to prioritize the ethical dimensions of technology and develop practices for ethical design. This project explores ethical design practices together with design practitioners.

How can humans and drones interact? The Digital Futures Drone Arena is a demonstrator project that develops a novel aerial drone testbed, arranging annual drone competitions.

This project addresses fundamental ethical and legal challenges that AI technologies bring to learning and teaching in higher education. It will provide knowledge about how to conceptually and empirically approach these challenges, but most importantly: How to deal with ethical issues in practice.

This project explores the growing datafication of the education sector in the Nordic countries. Our exploration is concretized through a workshop series. We focus on dimensions of ethics and values embedded in emerging sociotechnical imaginaries of education and learning.

How is ethics enacted and shaped through movement-based interaction between humans and autonomous systems?

This project examines how non-technical university programmes best prepare students to work with artificial intelligence (AI) in the public sector.

Smartwatches, fitness trackers and other wearables follow every step we take, and every move we make. We even take them to bed and let them track our sleep. This project explores how people interact with technology and hack traditional sleep schedules in order to make their lives work.

There is an increasing trend towards organizing economic and social exchange with the help of online platforms. The transportation service Uber and the short-term rental service Airbnb are two examples. This project focuses on economic encounters in relation to these new marketplaces.

This project will produce a large-scale qualitative study of Natural Cycles, the first algorithmic contraceptive method on the market.

The purpose of the project is to develop and evaluate scientifically based pedagogical approaches, methods and tools within the domain of air combat training, to systematically plan, evaluate and follow up training and training results.

What are the regulatory challenges when designing new systems for waste management? The topic will be explored in this research project. Our aim is to expand the understanding of interactions between environmental sustainability, local regulations and digital innovation.

During the COVID-19 pandemic, the use of digital assessment in higher education increased dramatically. What are the teachers’ experiences from this? And what are the key opportunities and challenges in designing and implementing digital assessment?

Intimate technologies, such as insulin pumps, smart vibrators, and digital contraceptives, are typically designed for use at an individual level. However, their use and its consequences are often shared and social. This project examines how emerging intimate technologies within reproductive health come to be shared.

This project aims to produce a concrete and scalable example of how IoT (Internet of Things) can be used to develop teaching and learning in schools. By putting sensors on teachers, we can produce heatmaps of their classroom movements. This shows how they interact with students, and gives important feedback to their teaching. 

Many existing digital applications leverage machine learning algorithms to improve their solutions. This project explores how these algorithms can also help understand user behaviour in virtual reality environments to design more effective systems.

The U-Train project addresses the needs regarding design and delivery of online courses during wartime and after, as a part of reconstructing the higher education sector in Ukraine. The project engages teachers from Ukrainian universities to complete pedagogical training which is hard to accomplish in the turmoil of war.

Recent developments in AI affect us in many ways, also in higher education. The research project "WASP-ED work area 4: Pedagogical development and learning analytics" is a part of the national WASP-ED program which aims to increase AI capability and capacity in Sweden.