Electrical Harness Design Engineer (m/f/d)

As Product Owner for the Launch Vehicle Harnesses, you lead the lifecycle of the next-generation harnesses within the AGNC Harness & Structures team. You translate launcher requirements into robust electrical harness designs, maintain interfaces with propulsion, structures, sensors, and actuators, and ensure on-time, within-budget delivery. You balance RTL design considerations, EMI/EMC mitigation, and manufacturability while collaborating across disciplines in a fast-paced R&D environment. This role offers impact on vehicle integration and a chance to shape spaceflight hardware with cross-functional teams.

• Employee Participation Program
• 30 days of vacation
• Company pension plan with 20% employer contribution
• Subsidised lunch
• Public transport ticket
• Sport Clubs membership

• Design electrical harnesses from architecture to schematic
• Develop harness architecture aligned with launcher requirements and design guidelines
• Own the harness design and configuration and manage interfaces
• Interpret system-level diagrams to ensure cross-subsystem compatibility
• Engineer pinning, shielding, routing, and EMI/EMC compliance
• Generate manufacturing files and documentation (BOMs, testing files)
• Track design changes and implement updates
• Collaborate with structures, propulsion, sensor, and actuator teams to align interfaces
• Support integration and production activities for manufacturability and installation feasibility
• Maintain sensor and actuator database for harness integration consistency

• BSc/MSc in Electrical, Electronics, Aerospace Engineering, or related field
• Extensive experience in harness design, sizing, and documentation from concept to production
• Proficiency with SolidWorks Electrical, Capital, or similar tools
• Strong understanding of EMI/EMC challenges and mitigation strategies
• Ability to interpret system-level diagrams and wiring schematics
• Knowledge of harness manufacturability, installation, and maintenance considerations
• Experience with electrical testing methods for harness validation
• Effective communication and teamwork for cross-disciplinary collaboration
• Fluency in English, both written and spoken

• Effective communication
• Teamwork
• Cross-disciplinary collaboration
• SolidWorks Electrical
• Capital (or similar tools)
• EMI/EMC knowledge and mitigation strategies