As an Electronic Hardware Engineer, you will contribute to the design, development, and verification of Electronic Control Board Assemblies (ECBA), with a focus on Battery Modules for next-generation Energy Storage Systems (ESS) .
Working within a multi-disciplinary team, you will operate under the EASA Part-21J Design Organization (DO) framework and adhere to the rigorous standards of safety-critical development (e.g., DO-254, DO-160, CS-23 ). This position is ideal for an engineer with a passion for innovation, precision, and compliance in high-reliability systems.
Start date: ASAP
Duration: min. 6 months - potential extensions
Location: Valais, Switzerland
Your responsabilities :
Design and simulate mixed-signal circuits (analog/digital, high/low voltage, temperature and current sensing).
Integrate input protections, EMI/ESD filters, power supply blocks (e.g., DC/DC converters), and digital communication protocols (CAN, RS485, RS232) with microcontroller-based systems.
Develop schematics and PCB layouts using Altium Designer or equivalent ECAD tools, ensuring traceability and version control per DO-254 standards.
Produce comprehensive technical documentation, including design descriptions, calculations (FMEA, MTBF), and analysis reports (ASR).
Execute verification and qualification testing (QTP, VTP, ATP), including debugging, integration, and environmental/functional testing per RTCA/DO-160.
Your profile :
Education : Holds a Bachelor's or Master's degree in Electronics Engineering, with a CFC or technical apprenticeship in electronics as a strong asset.
Experience : 3–5 years of experience in safety-critical hardware development in sectors such as aerospace, automotive, industrial, or medical.
Circuit Design : Proficient in mixed analog/digital circuit design and simulation using SPICE-based tools (e.g., Simetrix), as well as schematic capture and PCB layout (Altium Designer or similar).
Technical Expertise : Strong knowledge in power electronics (e.g., DC/DC converters), circuit protection, filtering, high-speed digital interfaces, and communication protocols (e.g., CAN, RS485).
Standards and Best Practices : Familiar with EMI/EMC principles, IPC standards for PCB design and manufacturability, and thermal/mechanical considerations for hardware enclosures.
Testing and Certification : Experience with environmental and qualification testing (DO-160), and knowledge of aerospace standards such as DO-254, CS-23, and EASA/FAA certification frameworks.
Tools : Skilled in using Altium, MATLAB, Simetrix, and version control/configuration management tools
Your environment :
Work on cutting-edge energy storage technologies at the core of tomorrow’s aircraftBring your aerospace experience to a mission-driven, fast-paced environmentCollaborate within a culture built on TRUST, TEAMWORK, COURAGE, and PERSEVERANCEHelp shape the certification and engineering excellence of next-gen clean aviation systems
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