 Welcome to the building Alphonse Ariens, one of the locations of Saxion, University of Applied Sciences. Here, education is situated next to companies and housing facilities for international students. Within all Saxion locations, educational facilities can be found. But this building also houses the research group's lightweight structures, XR Lab, Saxion Centre for Entrepreneurship and the research group Mechatronics. In this video, we will show you around the facilities of the research group Mechatronics, which will be used as the main location for the master's degree programme, Robotic Systems Engineering. Here, we have everything at hand needed for the applied research and education on autonomous robotic systems and smart industrial robots, offices, lecture rooms, places to discuss ideas, a variety of lab environments and places to relax form the perfect combination for the master's degree programme. The smart industry field lab T-Valley will be joining the location once the construction is finalised after summer 2021. A large portion of the educational activities of the students will take place here in this building. We are here in the research and engineering lab and just around the corner, there is the Students Lab where we can organise inspiring lectures but also allow students to work on smaller projects in smaller groups. Besides the general lecture room, students will use indoor and outdoor testing facilities of the Research Lab Mechatronics. In addition, we have a mechanical and an electrical workshop where students can work on realised systems and use the 3D printing facilities for rapid prototyping. State-of-the-art robotic manipulators are available to facilitate innovative solutions in various automation challenges. Think of automated material handling applications, pick and place applications, smart logistics and human-robot collaboration. These systems will provide hands-on experience in advanced control themes related to control and manipulation and provide a platform for assignments around smart industrial systems. In the vision lab, cameras, illumination, imaging optics and optical filters are available to provide robotic systems with eyes needed for a variety of applications. Quality inspection, object recognition and shape matching are themes relevant for the next step in smart industrial systems. At this facility, students will encounter and explore the latest state-of-the-art in all aspects of computer vision. The OptiTrack facility is used in research and education related to autonomous ground and aerial robots. The motion capture system allows a ground truth for the accurate localisation algorithms that students develop using onboard sensors. In this lab, recent developments in localisation and navigation are put to the test in the context of sensing and perception. Moreover, different trajectory tracking and interaction controllers can be tested in the context of the activities dedicated to control and manipulation. Testing the controllers and localisation algorithms of the autonomous robotic systems in an outdoor setting is possible in the outside drone dome. Here, autonomous systems are exposed to the harsher outside conditions where the applicability of ground and aerial robots can be evaluated. Using flexible localisation tools, positioning of autonomous systems outside can be monitored for the understanding of system behaviour. Because the students are within walking distance from the researchers, engineers and the professors of the research group Micatronics, we believe that there will be a lot of interaction between researchers and students. This will make the central space in the audience-plane building the beating heart of the learning community around the master's degree programme. Students have a lot of access to nice facilities outside Saxion. We are a founder of two innovation networks. One is T-Valley, which is focused on Megatronics and Robotics. They have a lot of nice experience centre, of course, production environments where they can really develop their systems in real practice. The other one is Space 53, which is the drone innovation cluster, which is situated at the former airport of Twente. And there we have another outdoor testing facilities, especially for unmanned systems, to test those systems in real environment. We have created a lot of synergy with those two innovation networks. Engineers are really in our lab, busy with the development projects we do together. And with that also they bring in hardware. And we have also, of course, a yearly conference, where it's very interesting for students to join. And we have competence groups, where we have focus groups on special topics where students can involve as well. We thank you for your visit to the facilities of the research group Micatronics and the master's degree programme Robotics Systems Engineering. We hope to welcome you to our labs in the future.