BitLab

The BitLab at Dortmund University of Applied Sciences and Arts is an innovative laboratory on 170 square meters on the Sonnenstraße campus that provides an interface between teaching and practical application in information technology. Equipped with state-of-the-art technology such as robot platforms, an omnidirectional treadmill, augmented reality (AR) and virtual reality (VR) headsets and applications, it enables learning, teaching and research in the fields of digital technologies, intelligent mobility and robotics.

The flexible and modular design of the laboratory promotes interdisciplinary collaboration and enables the rapid construction of customized workstations. This creates optimal conditions for testing innovative solutions, for example applications to increase the safety of autonomous vehicles or robust solutions for use in emergency situations. The BitLab is an integral part of the study programs and research activities of the Department of Information Technology.

• Robot platforms: Various robots that can be used for tests and projects, e.g. two Innok Heros.
• Sensors for autonomous driving: Sensor such as lidar, radar, camera, IMU and ultrasound for the research and development of autonomous driving applications, which can be integrated on the faculty's test vehicle (Audi Q7).
• Omnidirectional treadmill: A special movement surface that is used for research in the field of robotics and virtual reality.
• Virtual reality-supported trainer: A system for supporting rehabilitation measures with the help of virtual reality applications.
• Augmented reality (AR) headsets, wired and wireless virtual reality (VR) headsets: Self-developed applications are available for these headsets, which can be built upon. Details on the Extended Reality (XR) equipment can be found on the XR Lab page 
• Modular playable area: The room is flexible and can be reconfigured as required to carry out different experiments and tests.
• Black surface (similar to asphalt): The robust floor texture is emphasized, which is suitable for realistic tests of robots and vehicles.

• Experimental opportunities: The BitLab offers space for students and researchers to develop new ideas and test prototypes.
• Interdisciplinary work: The modular design and variety of equipment allows students from different disciplines to collaborate and share experiences.
• Practical use cases: The lab enables research into real-life applications, such as improving the sensor technology of autonomous vehicles or developing robot technologies to assist in emergency situations.
• Integration into teaching: Results from research projects are directly integrated into teaching so that students come into contact with current technologies and areas of application.
• Support for theses and research projects: Students have the opportunity to carry out their final theses or research projects with the support of the laboratory.
• Development of innovative human-computer interfaces: Students and researchers can use extended reality to research new applications in various fields such as research, industry and clinical practice.
• Integration of ADAS and AD sensors and sensor data collection