The co-curricular Avionics & Aerospace Systems teams at Institut auf dem Rosenberg are back at the ETH Hangar at Swiss Innovation Park, resuming work on student-led aerospace projects that first took shape on campus. This hands-on initiative immerses students in the realities of aerospace development, taking them from conceptual design to tangible hardware. Teams are organized across four key areas: Engines, Structures, Recovery, and Avionics. In each discipline, students collaborate closely with members of the ARIS (Aerospace and Rocketry Innovation Society) team, gaining mentorship and practical insights. The work involves designing, building, and testing rocket systems, emphasizing rapid prototyping and problem-solving. For students, it is an opportunity to translate classroom theory into real-world engineering challenges, developing skills that are essential in the aerospace industry. The projects, which began as ideas on the Rosenberg campus, are now progressing towards launch-ready hardware, fueled by student curiosity, technical expertise, and a shared passion for innovation. This partnership with the ETH Hangar provides access to advanced facilities and expertise, enabling students to push the boundaries of what they can achieve.
Working across Engines, Structures, Recovery, and Avionics, Institut auf dem Rosenberg students are gaining hands-on experience in the realities of aerospace development. From propulsion systems to flight recovery mechanisms, these projects are steadily progressing from initial concepts to launch-ready hardware. The process involves extensive testing and iteration, where students learn to troubleshoot and refine their designs. The Engines team focuses on developing and testing propulsion systems, while the Structures team ensures the mechanical integrity of rockets. The Recovery team works on mechanisms to safely return components to Earth, and the Avionics team handles the electronic systems that control flight. Each group collaborates to integrate their subsystems into a functional rocket. Throughout this journey, students develop critical skills in engineering, project management, and teamwork. The hands-on nature of the work fosters a deep understanding of aerospace principles and prepares students for future studies or careers in the field. The excitement of seeing their projects take shape motivates them to overcome challenges and strive for excellence.
