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PROJECT
HOPPER
The Hopper Project marks our first step into rocketry, giving our members hands-on experience in designing and building a self-landing rocket powered by a nitrous oxide and ethanol engine.
350 N
25 kg
2 m
1 min
Free Flight
Autumn 2027
Our Teams
ROCKIT currently brings together around 30 members from a variety of engineering backgrounds. Our organization is divided into four teams: Avionics, Structure, Propulsion, and Management. Each group is led by a team lead, who, together with the board, forms our leadership team. Our flat structure helps us stay organized while keeping the flexibility and freedom students need to learn and grow.
Who We’re Looking For
Building rockets requires teamwork across multiple disciplines. Students from diverse programs get a chance to collaborate, learn, and grow their skills on real projects.
Mechanical Engineering
Designs and optimizes the rocket’s structure and moving parts to ensure strength, efficiency, and durability.
Electrical Engineering
Designs and integrates the rocket’s electrical systems to ensure reliable control, automation, and powering of all parts.
Mechatronics
Integrates mechanical, electrical, and control components to enable precise and automated rocket operation and flight navigation.
Computer Science
Creates reliable flight and testing software to manage navigation, communication, and performance.
Industrial Engineering
Optimizes resource use and workflows to ensure efficient rocket development and smooth operation.
And Many More…
..areas of expertise, all contributing to a common goal.