Master Robotics Systems Engineering
A brand new programme for game changers in the field of robotics! In this new master’s programme you will learn what it takes to develop robotic systems such as autonomous robots and smart industrial systems. The programme combines hands-on experience in systems engineering tools and methodology with state of the art robotics. As a professional master’s programme, we focus on the practical application of the latest technological development.
During this 1.5 year programme you will become acquainted with all aspects of the development of a robotic system. Your knowledge of robotics and systems engineering is directly applied in a variety of projects and case-studies. Plus, you will develop the skills and attitude needed to collaborate in multidisciplinairy teams and look at systems from different technical perspectives. Learn more and check out the full programme.
We aim to make the programme a combination of exciting and challenging courses delivered by experienced lecturers and researchers. The first year consists of courses on robotics and systems engineering. In the second year you will contribute your skills and knowledge to an applied research project in your graduation period.
We aim to make the programme a combination of exciting and challenging courses delivered by experienced lecturers and researchers. The first year consists of courses on robotics and systems engineering. In the second year you will contribute your skills and knowledge to an applied research project in your graduation period.
An intake interview (face to face or online) forms part of the admission procedure and will focus on the match between the Masters programme and your background and motivation.
Admission to the Robotics Systems Engineering programme is conditional on having a bachelor’s degree in an Engineering domain subject (e.g. Mechatronics, Electrical Engineering, Mechanical Engineering, Applied Computer Science or Applied Physics). In addition, students must demonstrate that they have the ability, motivation and determination to successfully complete the programme. Furthermore, students must have adequate English-language skills and have experience in the execution of engineering projects.
Get ready for a smart world! As a graduated MSc Robotics Systems Engineer you are ready for the challenges the industry faces in the fourth industrial revolution. You will meet many potential employers during the programme. Thanks to its origins in the textile industry, Twente is an innovative, high-tech region and home to a wide variety of companies both large and small. Currently, industry in Twente is robotizing rapidly.
Potential careers:
- Systems engineer
- R&D engineer
- Project engineer
