Electronics Hardware Design Engineer
SwedenCompetitiveHybrid0 applicants
About this role
Job Description:
The client is seeking a highly experienced Electronics Hardware Design Engineer to join their Electronics & Software division. This role offers an exciting opportunity to contribute to next-generation powertrain control development, supporting the transition toward sustainable mobility.
The selected candidate will work within a high-performing, in-house engineering team to deliver advanced powertrain solutions, covering both hybrid systems and fully electric platforms, including electrical drive units and inverter technologies.
Responsibilities
- Take ownership of electronic control units (ECUs), such as ECMs and inverters, ensuring end-to-end product accountability.
- Oversee the full hardware development lifecycle, from initial concept through industrialization and production release.
- Drive the transition of electronic designs into scalable, production-ready solutions aligned with automotive standards.
- Ensure design robustness by addressing challenges related to EMC, electrical load management, and circuit board pin configurations.
- Work collaboratively with software engineers, architects, and cross-functional experts to ensure seamless system integration and optimized node architecture.
- Serve as the primary technical liaison between internal stakeholders and external suppliers, facilitating efficient communication and issue resolution.
- Total Years of Experience Required:
- Extensive hands-on experience in automotive electronics hardware development (typically 5–10+ years preferred).
- Educational Requirements:
- Master’s degree (or equivalent) in Electrical Engineering or a closely related discipline.
- Required Skills:
- Strong expertise in automotive electronics hardware design
- In-depth knowledge of ECUs and inverter systems
- Experience with industrialization of automotive electronic components
- Solid understanding of EMC principles and electrical load handling
- Familiarity with communication protocols between electronic nodes
- Compet