Hardware Engineer

About the RoleThe BMS is where software meets power. As our Hardware Engineer, you'll own the hardware side of the Anori BMS with a focus on the power stage: power electronics, cell connection and protection circuits. At the same time, you'll be our go-to person for hardware testing and make sure every board holds up under real-world conditions, from HiL test benches to stress tests and EMC pre-compliance. You'll work closely with Stefan, our CTO, and our firmware engineers to take the BMS from a tested prototype to a fully certified product. The technology is proven, the funding is secured, and the hardware decisions you make now will define how every future Anori BMS works. Start date: from January 1, 2027 What You'll DoDesign and develop the power stage of our BMS: the highest power density on the market Make the trade-off between performance, reliability, supply chain and price for each part Build and run hardware tests: HiL setups, stress tests, HALTs and failure analysis Plan and run EMC pre-compliance testing and prepare the path to conformity Bring up new boards and debug them together with the firmware team Contribute across the entire BMS hardware, wherever you are needed What You BringMust haveSolid foundation in electrical engineering, from the schematic to the PCB. You know the parasitic effects of every practical circuit and you design with them Deep knowledge of power electronics: MOSFET switch design, SOA, gate drive, current sensing and loss budgets Experience with protection circuits, e.g. overcurrent, short circuit, over- and undervoltage, reverse polarity Circuit and thermal simulation, for example in LTspice, with model-to-hardware correlation on the bench Confident in the lab: oscilloscopes, power supplies, electronic loads, thermal measurements and of course hand-soldering 01005 components Critical, analytical, systematic thinking: you reason from first principles, make your assumptions explicit and challenge existing paradigms Strongly preferredA broad hardware skill set beyond the power stage: microcontroller circuits, analog sensing, communication interfaces (CAN, LIN, BLE, …) Proven hands-on testing experience, including HiL tests and stress tests Knowledge of DfM and new electronic manufacturing techniques, materials and general mechanical integration knowledge Thermal design and cooling concepts for high-current paths Wide-bandgap semiconductors and new switch topologies, and an interest to research and develop novel gate-drive techniques beyond standard drivers Nice to haveHigh-voltage design above 60V: creepage and clearance, isolation, isolation monitoring and safe discharge Experience with battery systems, cell connection and cell monitoring ICs (AFEs) Test automation with Python A background in safety-critical systems (IEC 61508, ISO 26262, …) Knowledge in MBSE and requirements engineering methods (the skills, not the paper) You don't tick every box? Apply anyway. No one matches a job description 100%. If this role excites you and you see yourself growing into it, we want to hear from you. What We OfferWork on a product with purpose that redefines the state of art: our product is a key part to enable competitive battery energy storage. Work directly with the founding team on decisions that shape the company. The team is small, so your ideas will matter. A lot. Challenging engineering in an industrial, but research-near environment. We bring research into the industry. A modern stack and methods: Rust, MBSE, everything as code, and the best tools and techniques for the job, chosen on merit. To be both supported and challenged: room to grow, and the expectation that you will. You might be a fit ifYou hold yourself to a high standard and don’t settle for "good enough." You want to have a big say in what the Anori BMS looks like and how it works You are eager to try out new tools and enjoy incorporating AI into your work to make your life easier and more productive