
Exoskeletons for Education
​Teaching exoskeleton technology or related STEM fields greatly benefits from hands-on experiences. Do-it-yourself hardware that reveals its technical inner workings helps create engaging and memorable learning experiences while fostering practical understanding. The interaction with the human body creates broad interdisciplinary expertise.
​Wearable exoskeletons are a unique combination of robotics acting in symbiosis with the human body. ​This integration opens up a wide range of opportunities for learning and teaching STEM subjects, including programming, electronics, biomechanics, and anatomy.
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The multidisciplinary appeal of exoskeletons attracts students with varied backgrounds, interests, and talents, allowing them to explore different aspects that align with their educational objectives. By incorporating elements of science fiction, exoskeletons can captivate an entire classroom, sparking enthusiasm and imagination among students.
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Typical Applications

University Education
Train the next generation of highly skilled experts and delve into the advanced topics of wearable robotics development with students from engineering, health and movement sciences, and related disciplines.

High School Education
Discover the exciting aspects of STEM with bionic exoskeletons, covering engineering, programming, biomechanics, anatomy, and medical topics. Gain technical skills and explore potential career paths.

Self-Study and Hobby
If you are like us, you'll be excited to tackle a fun and engaging robotics project that delves into the fascinating world of exoskeletons in your spare time, while gaining knowledge and learning useful skills along the way.
Our Educational Offering
Example Courses and Projects
We use the EduExo Pro in the practical course “Haptic Control of an Arm Exoskeleton” for Mechanical Engineering students. This lab is held every week during the semester for several groups of students, each working with their own EduExo Pro. The EduExo Pro provides a great teaching platform and allows us to connect theoretical knowledge with practical experience. The students love it!

Prof. Dr. Robert Riener
Head of the Sensory-Motor Systems Lab ETH Zurich, Professor at ETH Zurich and Balgrist University Hospital, Initiator of the Cybathlon
It was a great experience to witness students engaging with the EduExo Lite during our Biomechatronics course. It added a practical and enjoyable dimension to our curriculum, enriching the learning experience for everyone involved. By sparking interest in such crucial topics, the exoskeleton community stands to benefit greatly.

Dr med. Urs Schneider
Head of the Department of Human-Machine Interaction, Fraunhofer IPA & University
of Stuttgart
Well over 100 educational users worldwide, including:

















