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Johan Fagerlönn

Senior Researcher

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Email

johan.fagerlonn@ri.se

Location

Piteå

Johan is a senior researcher and project manager at the depatment Prototyping Societies. He holds a Ph.D. in Engineering psychology and focuses on research exploring how digitalization and interaction design can generate value for individuals and organizations. In his current projects, he specifically examines how interactions between people and AI-based systems can be designed in new services. Johan is involved in projects across a variety of application areas, with a particular emphasis on interaction design and sound design for vehicles, traffic environments, and industrial work settings.

A list of publications can be found here: http://ri.diva-portal.org/smash/resultList.jsf?query=fagerl%C3%B6nn%2C+…

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V2Cyclist: The V2X protocol as a carrier of information

This project explored and demonstrated how wireless communication and interaction design can enhance safety for cyclists. The project designed and tested two prototypes and a user interface with sound and vibrations that can be in…

In the Hub 2

In this project, we explored future solutions for how people can interact and collaborate with autonomous heavy vehicles. The project identified obstacles and opportunities for the implementation of new interaction technologies in…

Driver support for vehicle interaction in mining environments

In this project, a solution for a digital driver support system facilitating vehicle interaction underground will be developed. This system will be integrated with a positioning system for underground mines and evaluated by users …

Enhanced Auditory Reality Scout

This project examines and demonstrates how sound interaction and digitalization can improve accessibility and user experience of shared mobility services. The aim is to increase traffic safety, efficiency, and utilization of the s…

System Protection Schemes (SPS) in the Norwegian electricity grid

The project will develop new methods for risk control, optimization, and automation for System Protection Schemes (SPS) in the Norwegian electricity grid.

In the Hub

In this project we explore and demonstrate how people should interact with driverless vehicles in connected transport systems.

Sonic Interaction in Intelligent Cars

This project explored how sound design can be used to enhance the user experience in future autonomous vehicles.

Scania Brand Electric

Hybrid and electric operation of trucks can lead to positive effects on the economy and the environment. The development may also contribute to a quieter driveline which opens up opportunities for more comfortable driver and traff…

Conflict management, dialogue and reader engagement in the new media landscape

The media is a central part of the democratic system and has an important role to promote inclusive public discussions, especially in a polarized context. The project aims to strengthen the media's ability to work as inclusiv…

DesignIT - An investment in interaction design for SMEs

The DesignIT project was a three-year project for small and medium-sized enterprises in Norrbotten and Västerbotten. Through practical innovation projects with researchers at RISE, the SMEs increased their expertise and experience…

Oregano

Organ Acusticum is a massive musical instruments that adorns the stage of Studio Acusticum concert venue in Piteå. RISE, Interactive in Piteå has developed an application for the organ that allows visitors to experience the instru…

Skilled Online - understanding disinformation

In the project Skilled Online, we develop concepts for learning about disinformation on the internet. Pupils and teachers participate in the testing and evaluation of the workshop HashtagMe and of prototypes of materials and digit…

Communication and Maintenance for the Digital Factory

The project Communication and Maintenance for the Digital Factory (Command) takes advantage of new communication technology and IoT to define, develop and verify case-driven solutions to improve production operations, service and …

Cognitive ergonomics

Cognitive ergonomics is about adapting technical systems to human abilities and limitations. This is becoming increasingly important as the digitalisation in society and in our workplaces increases. Better customized solutions can…