^{Your Tasks}

• ^{Electrical/Electronic and Mechanical Development: Support the design, development, and testing of avionics hardware}
• ^{Prototyping and Testing: Design and validate prototype hardware, including 3D-printed parts, machined components, and prototype circuits}
• ^{Engineering Documentation: Prepare and maintain technical reports, schematics, and development documentation}
• ^{Systems Design: Contribute to the design of electrical wiring harnesses, pneumatic systems, and mechatronic subsystems}
• ^{Lifecycle Management: Assist in tracking avionics hardware from prototyping through testing to production}
• ^{Production and Testing Support: Help optimize avionics hardware production and testing processes}
• ^{Test Procedure Development: Contribute to cost- and time-efficient testing methodologies}
• ^{Cross-Team Collaboration: Work closely with systems engineering, software, and mechanical design teams}
• ^{Risk Analysis and Troubleshooting: Identify risks and implement solutions to improve system reliability and performance}

^{Your Qualifications}

• ^{Currently enrolled in a degree program in Aerospace Engineering, Electronics Engineering, Mechanical Engineering, Mechatronics, or a related field}
• ^{Strong motivation to work in the New Space sector and contribute to cutting-edge aerospace projects}
• ^{Technical knowledge in either mechanical or electrical hardware design}
• ^{Strong communication skills and ability to collaborate across departments}
• ^{Hands-on experience with avionics hardware is a plus}
• ^{Ability to work independently and manage tasks under tight deadlines}
• ^{Fluent in English (spoken and written), as all day-to-day activities are conducted in English}

^{Additional Qualifications (Preferred)}

• ^{Aerospace Experience: Participation in student rocketry, CubeSat/satellite teams, or similar projects}
• ^{Electronics Design: Experience with schematic capture, PCB layout, and circuit simulation tools (e.g., Altium Designer, LTSpice)}
• ^{Mechanical Design: Proficiency in CAD software (NX preferred)}
• ^{Communication Protocols: Knowledge of CAN, Ethernet, SPI, or similar systems}
• ^{Embedded Systems: Basic knowledge of RTOS}
• ^{Electromechanical Systems: Experience with BLDC motors, encoders, drivers, and sensors}
• ^{Testing & Validation: Experience using oscilloscopes, DAQs, or LabVIEW (a plus)}

^{We offer}

^Insights