Aedan Thorning

- Specialize in optimizing performance of rocket attitude control systems, ensuring precision and reliability.

- Collaborate with cross-functional teams to design, test, and implement propulsion enhancements, resulting in improved rocket performance.

- Analyze and interpret data from ground tests to identify areas for optimization and efficiency improvements.

- Contribute to the development of innovative solutions for propulsion challenges.

- Ensure compliance with industry safety standards and regulations.

- Assisted in the design and testing of aerospace components, gaining hands on experience in CAD design and finite element analysis.

- Conducted research on emerging materials and technologies in aerospace engineering, manufacturing an igniter using cold spray 3D printing.

- Collaborated with a team to analyze data from hot fire igniter tests and provided recommendations for combustion chamber and nozzle improvements.

- Participated in project meetings and contributed to technical reports and presentations.

- Actively contributed to design, development, and testing of CubeSat components.

- Gained hands-on experience in spacecraft systems, integration, and testing.

- Collaborated with a multidisciplinary team to ensure successful design reviews of CubeSat systems.

- Represented the university in the Australian Rover Challenge, working on the design and construction of a rover for simulated space exploration missions.

- Collaborated with team members to develop rover systems, including mobility, autonomy, and communication.

- Demonstrated problem-solving skills and adaptability in the face of real-world engineering challenges.