Sr. Electronics Design Engineer (m/f/d) - EFT Mobility AG
Confidential
Posted: January 30, 2026
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Quick Summary
Design and develop high-performance electric power systems for Unmanned Aerial Vehicles (UAVs) in a fast-paced, agile tech environment.
Required Skills
Job Description
This position is based at our subsidiary EFT Mobility AG, located in the center of Munich. You can find more information about EFT Mobility AG HERE.
At EFT Mobility, we are redefining the future of clean, high-performance autonomous flight with next-generation electric power systems tailored for Unmanned Aerial Vehicles (UAVs). Founded in 2019 in Munich by industry veterans from Tesla, BMW, and Siemens, our agile tech company merges deep-rooted expertise with a bold vision for innovation.
We develop batteries, chargers, and power distribution systems, specifically optimized for demanding UAV applications. Our focus is on delivering solutions that achieve industry-leading flight times, power delivery, and reliability. Operating in a fast-paced, startup environment, our highly skilled team thrives on short development cycles, turning groundbreaking ideas into deployed solutions.
EFT Mobility is looking for a Sr. Electronics Design Engineer (m/f/d). You will work closely with the Electronics Design team and will play a crucial role in our product development. You will be responsible for the development, integration, and validation of new PCBAs and general electrical power system design and integration.
What is your Day-to-Day Mission:
• Electrical System Architecture, Design, and Validation of Electric Powertrains
• Define systems and component requirements in collaboration with the project management team
• Conducting full PCBA development cycle: Design, Coordinating Manufacturing Process, Bring up, Verification, and Validation of PCBs
• Integration and validation of electrical distribution systems
• Collaboration with our firmware engineering team across all processes
• Schematic design for BMS and charger updates, including bug fixes
• Schematic design for a combined testing platform charger-battery
• Design of battery simulation testbench
• Final PCB implementation with supervision of BMS and charger
• Defining subsystem-level test plans
• Following test plans