MSc in Human-Robot Interaction


Program Description

Robots are becoming increasingly common and have moved out of an industry setting into everyday use. Robots mow our lawns, do vacuum cleaning, transport beds in hospitals and keep us company from time to time. The fourth industrial revolution is taking place, and it can be observed in digital, smart factories where humans and robots are collaborating. As robots are increasingly becoming a part of society, there is a need for more knowledge about the unique interactions between humans and robots for a number of applications. At the Master Programme Human-Robot Interaction, you will learn how we humans can work and interact with various types of robots in an effective and sustainable way.

The digitalization of our society is happening fast, and it is creating a new playing field for both our personal and professional lives. The current trend is that social robots will spread in a way similar to personal computers and mobile phones during the last 20 years, and in the industries of the future robots are likely to be your work colleagues.

This is a unique study programme, as it not only provides knowledge in interaction design and robotics but also focuses on the design and the evaluation of the interaction between humans and robots. You will gain knowledge and skills about the human-robot interaction from a human perspective, our conditions, and limitations, and the requirements and needs we place on a robot. This aims at creating robots that we feel are safe, natural and comfortable for us humans to interact with. You will have access to a variety of social and collaborative robots in our own robot lab.

The master’s programme starts in the autumn semester. It is offered in two academic years (four semesters).

The focus of your studies

The program provides you with comprehensive knowledge in psychology, interaction design, informatics, and robotics. You will take courses in industrial ergonomics, technical leadership and scientific methodology.

During the programme, you will learn about current research and development in the field of human-robot interactions and use the robot lab. A majority of the teachers in the program have experience in human-robot interaction research and are working on ground-breaking projects thus exposing students to the latest trends in this important and exciting area.

Representatives from companies and other partners add case studies to the curriculum, and some courses will be conducted in collaboration with industry companies and other organizations.

Upon completion of your studies

There is a large need for people who have knowledge and skills in the field of robot-human interactions, who can develop new application fields for robots, for example in the manufacturing industry, health care, and other robot-like applications.

After completing your degree, you will also be eligible for postgraduate studies in Informatics.

131217_photo-1507146153580-69a1fe6d8aa1.jpg Andy Kelly / Unsplash

Admission Requirements

To be eligible for the program a Bachelor’s Degree (equivalent to a Swedish Bachelor’s Degree) within the fields of informatics, interaction design, cognitive science, automation engineering, industrial engineering or product design engineering (or similar).

A further requirement is proof of skills in English equivalent of studies at upper secondary level in Sweden known as English course 6 / English course B. This is normally demonstrated by means of an internationally recognized test, e g IELTS or TOEFL or the equivalent.

Last updated Mar 2020

About the School

The University of Skövde is a government agency under the Department of Education. The Vice-Chancellor is the head of the agency. The University Board leads the university and is responsible for makin ... Read More

The University of Skövde is a government agency under the Department of Education. The Vice-Chancellor is the head of the agency. The University Board leads the university and is responsible for making sure that the agency performs according to official decisions. Read less