Ottobrunn Students Build Innovative Robots for International Competition

Seven students from Gymnasium Ottobrunn have developed innovative robots and technical solutions to compete in a world final held in South Korea. As reported by the Süddeutsche Zeitung, the team consists of students with a strong interest in STEM fields who designed their systems for this international competition.

The project highlights the increasing focus on robotics and autonomous systems within the Munich district and the broader Upper Bavaria region. The students’ participation in the South Korean final follows a period of development aimed at creating functional robotic solutions capable of competing on a global stage.

Robotics Education in the Munich District

The activity of the Gymnasium Ottobrunn team coincides with a broader push for robotics education and competition in the region. On April 25, 2026, Ottobrunn will host a robotics competition for children and youth between the ages of 8 and 22. This event provides materials and training to help new teams enter the field of robotics.

Such initiatives are part of a wider trend in Germany to bridge the gap between classroom theory and practical engineering. By participating in international and regional contests, students gain experience in integrating sensors, control systems, and mobility hardware to solve specific technical challenges.

The Role of Competitions in Robotics Development

International competitions serve as critical testing grounds for state-of-the-art robotics methods. This approach is mirrored in professional and academic networks, such as the pan-European robotics network euROBIN. In a report from January 31, 2025, euROBIN emphasized that competitions allow researchers to develop new solutions quickly to address pressing industry challenges.

The euROBIN project, which involves 32 partners including universities and companies, aims to create a shared European repository of robotic skills. The goal is to leverage machine learning and artificial intelligence to develop cognitive and adaptive multi-purpose machines that can learn and share information about their environment.

Recent Technical Achievements in German Robotics

The success of student-led teams in Germany is further evidenced by recent results in the United States. The Autonomous Robotics Team (ARTUS) from the University of Stuttgart recently competed in the 2026 Autonomous Snowplow Competition in Minneapolis at the Dunwoody College of Technology.

The Stuttgart team developed a robot named Lynx, which is roughly the size of a domestic washing machine. The robot was designed to clear a fixed stretch of snow autonomously, without human control, by navigating icy terrain and dense snow. The ARTUS team, founded in May 2024 by 20 students from disciplines including Computer Science, Mechanical Engineering, Technical Cybernetics, Aerospace Engineering, and Geodesy, achieved the following results:

• Fourth place overall in the final run.
• Second place among international entries during the first competition round.
• The highest placement for a German team in the history of the international event.

These developments, from the high school level in Ottobrunn to university research in Stuttgart, demonstrate a consistent trajectory toward the practical application of autonomous robotics and AI in Germany.