You will work within a multidisciplinary project team to develop new products that are typically subsystems or parts of larger, high‑tech system used in mission‑critical environments. You will also provide technical support during the lifecycle management phase, ensuring products remain robust, reliable, and up-to-date.
Your work spans a wide range of electronic and system‑level technologies, including digital electronics (FPGA and CPU‑based designs), analog circuitry, interface technologies, on‑board power supplies, and functional safety circuitry. You will also apply best practices in design for manufacturing, design for automated production testing, and other DfX methodologies to ensure high-quality, scalable, and cost‑effective product designs.
You will contribute to the development of a megawatt‑scale hydrogen rectifier supporting the growing hydrogen economy, as well as high‑performance electronics for the semiconductor and healthcare industries—applications where precision, reliability, and innovation are essential.
Key Responsibilities
Take the lead in the development of electronics from start-to-end as part of a larger system
Translate the design input such as product requirements, normative requirements, concept design, DFMEA items, functional safety requirements into a product design
Select components by collaborating with multiple stakeholders such as procurement, process owners in the factory, project manager
Integrate best practices in design for EMC, design for safety, design for manufacturability and automated production testing (DfX)
Document design choices, perform calculations and design simulations and analysis (Spice, MATLAB, PLECS, etc)
Contribute to risk management activities, including DFMEA/PFMEA
Review PCB designs (developed by dedicated PCB engineers) and related parts
Support prototype manufacturing and troubleshoot hardware during integration
Create test plan and test specification (Requirements, EMC, Safety and Rliability), perform tests and review
