Your mission

What You Will Do

Assess existing electronic architectures and designs with regard to requirements, robustness, failure behaviour, testability, and future qualification needs.
Identify technical risks and recommend practical design improvements.
Develop and review mixed-signal and power electronics, including sensor interfaces, power distribution, protection circuits, monitoring, and actuator or valve drivers.
Translate system requirements into hardware requirements, interface definitions, design assumptions, and verification objectives.
Perform circuit and subsystem analyses such as worst-case analysis, derating assessment, and electrical stress analysis.
Perform electronics-related FMEA/FMECA activities and provide technical input to system-level failure and reliability analyses.
Plan and execute structured hardware bring-up, debugging, robustness testing, and fault-injection testing.
Prepare EMI/EMC pre-compliance and formal test activities, including test objectives, configurations, expected results, and acceptance criteria.
Select components with consideration for electrical performance, availability, lifetime, derating, failure behaviour, and future qualification constraints.
Define electrical PCB layout constraints and review layouts for grounding, return paths, EMC, power integrity, signal integrity, and testability.
Document important requirements, design decisions, analyses, and verification results.
Work closely with junior electronics engineers as well as software, control, mechanical, test, and system engineers.

Your profile

A degree in electrical engineering or a comparable technical background.
Several years of hands-on experience developing and testing electronic hardware.
Experience with complete electronic subsystems rather than only individual circuit blocks.
Experience in a high-reliability, mission-critical, or safety-relevant environment such as aerospace, automotive, medical, railway, industrial safety, or space.
Strong schematic design and circuit analysis skills in mixed-signal or power electronics.
A solid understanding of component tolerances, temperature effects, electrical stress, protection concepts, and electronic failure behaviour.
Practical laboratory experience with hardware bring-up, debugging, and structured testing.
The ability to work from requirements through design and analysis to verification.
Strong written and spoken English.
Practical experience with one or more of the following:
EMI/EMC design and test preparation
FMEA, DFMEA, or FMECA
Worst-case circuit analysis
Derating or electrical stress analysis
Requirements-based verification
Fault-injection or robustness testing
Design reviews in a regulated or structured development environment

Nice to Have

Experience with space hardware, ECSS, EEE components, environmental testing, or qualification planning.
Experience with sensor electronics, solenoids, valves, motors, DC/DC conversion, or power distribution.
Experience with Altium Designer or a comparable ECAD environment.
Experience with SPICE-based simulation.
Familiarity with Python, MATLAB, or similar tools for analysis and test automation.
Experience supporting or mentoring less experienced engineers.

We offer

Meaningful technical responsibility for hardware used in real space systems.
The opportunity to mature existing prototypes into robust, qualification-ready designs.
Close collaboration across electronics, software, control, mechanics, test, and systems engineering.
The opportunity to influence our electronics development, verification, and review processes as the team grows.
Permanent full-time position with flexible working hours and 30 days of annual leave.
Bike leasing, EGYM Wellpass, Deutschlandticket subsidy, professional development opportunities, company events, and complimentary beverages.