Fill out this short form, a team member will reach out and show you around. If you decide to join, we will guide you through the formalities.
We look forward to hearing from you!
Our office is at TU Graz Inffeldgasse, but we have students from all universities in Graz. Even if you are currently not studying, we will find something for you.
Most members are mechanical engineers, electrical engineers, computer scientists, physicists or students from other STEM fields, however, our team needs a lot more to run smoothly. Management, marketing, public relations, law and sponsoring are integral parts to our operation. We encourage all team members to expand their knowledge and learn new practical skills on topics they are enthusiastic about.
If you like to work on complex aerospace projects, this is the place to be: It's rocket science 🚀
The Aerostructure Module designs and builds the rocket's airframe, ensuring it withstands extreme forces while minimizing weight and drag. From nosecone to fins, every component is optimized for aerodynamics and structural integrity. The module combines high-tech materials, simulations, and precision manufacturing to create a rocket that flies efficiently and safely.
The Business Module is responsible for overall management, public relations and social media marketing. Furthermore, it organizes internal communication, events, media production and fosters a healthy work environment. This module is a great place to gain hands-on experience in project management, professional networking, graphic design or videography.
The Flight Computer Module develops the integrated controller of the rocket, managing sensor data, real-time processing, and critical operations like valve control and ignition. With custom PCBs, microcontrollers, and in-house software, it ensures precise operation throughout the flight.
The Propulsion Module is responsible for designing, building, and testing the rocket's engine and fueling system. We're designing high-pressure tanks, tubes and valves. As well as the combustion chamber and the nozzle, where the fuel reacts. From initial concept and simulation to hands-on hotfires, the module combines engineering, physics, and creativity to overcome challenges and optimize performance.
The main objective of the Recovery Module is to safely land the rocket. Using a two-stage parachute deployment system, the rocket transitions from a high-speed descent to a controlled terminal velocity for landing. This requires rigorous testing and data analysis to improve system reliability. Recovery is vital for reusing our rockets. A successful flight ends with a safe return.
The Telemetry Module ensures seamless communication between the rocket and mission control. It transmits critical data such as sensor readings, GPS position, and status during flight. The module integrates antennas, self-developed PCBs, firmware, and mission control software. Telemetry is essential for rocket operations, providing real-time data and ensuring the rocket can be tracked and recovered.
The APEX Project Team develops a payload for the REXUS sounding rocket, which is launched in Sweden to a target altitude of 80km. Goal of the APEX payload is to measure the polarization of the northern lights (aurora borealis).
