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Segula Technologies

Development Engineer - Aerospace Electronics

1w

Segula Technologies

Lindau, DE · Full-time · €70,000 – €90,000

About this role

Join SEGULA Technologies, a fast-growing global engineering group with 15,000 ingenious talents across over 30 countries. Work on exciting projects shaping the future, where innovation is inseparable from engineering. Tackle new forms of mobility, autonomous vehicles, the factory of the future, and augmented reality as a Development Engineer - Electronics with aerospace focus.

Develop diverse electronic and electrical circuits for aviation control computers. Create hardware concepts following high-security aviation standards. Handle end-to-end responsibility from requirements engineering and simulations to commissioning and documentation.

Focus on analog designs for sensor interfaces and power supplies, plus digital elements like processors, memory systems, FPGA/PLD, and data bus systems. Address functional requirements and interference resistance in harsh environments. Coordinate closely with project management, mechatronics, production, and quality management.

Expand your playground within this innovative environment. Contribute to aerospace advancements through hands-on hardware development. Shape cutting-edge solutions in a collaborative, high-stakes industry.

Requirements

  • Degree in Electrical Engineering or similar; alternatively, Technician degree with relevant experience in electronics development
  • Deep experience in hardware design for signal electronics and analog/digital circuit technology
  • Proficient with modern IT tools and measuring equipment
  • Knowledge of aviation development processes such as RTCA Do-254
  • Team player with strong communication skills, initiative, and focus on costs and deadlines

Responsibilities

  • Develop diverse electronic and electrical circuits for aviation control computers
  • Create hardware concepts following high-security aviation standards
  • Handle end-to-end responsibility from requirements engineering and simulations to commissioning and documentation
  • Design analog circuits including sensor interfaces and power supplies
  • Design digital circuits with processors, memory systems, FPGA/PLD, and data bus systems
  • Address functional requirements and interference resistance
  • Coordinate with project management, mechatronics, production, and quality management