Electronics Developer (m/f/d) with VHDL skills
If you are a Electronics Developer (m/f/d) with VHDL skills looking for an opportunity to grow your career, this role offers the chance to contribute to innovative, roadmap‑defining embedded FPGA solutions within a collaborative, forward‑thinking engineering organization. You will play a key role in designing, developing, and optimizing hardware that directly influences product performance and differentiation, while working with diverse teams across disciplines. This position is suited for someone motivated by technical challenge, continuous learning, and making a meaningful impact through high‑quality engineering.
- Design, develop, and maintain Hardware which contains FPGAs with VHDL code for systems aligned with product and technology roadmaps.
- Contribute to the full hardware development lifecycle, including design, simulation, verification, testing, and documentation.
- Debug, analyze, and optimize circuits to improve performance, reliability, and maintainability.
- Collaborate closely with cross‑functional partners such as systems, firmware, test, and manufacturing teams to deliver integrated solutions.
- Apply industry‑standard tools, methodologies, and best practices to ensure quality, scalability, and long‑term supportability of designs.
- Share knowledge, contribute to technical discussions, and support continuous improvement within the engineering community.
- Hands‑on experience with VHDL programming and FPGA design.
- Practical exposure to hardware development, verification, and testing.
- Ability to debug and analyze complex systems using appropriate tools and techniques.
- Experience working collaboratively in cross‑functional or multidisciplinary teams.
- A problem‑solving mindset with attention to detail and a commitment to delivering robust solutions.
- Experience with embedded FPGA solutions in industrial, automation, or related environments.
- Familiarity with simulation, synthesis, and timing analysis tools commonly used in FPGA development.
- Understanding of hardware‑software integration and system‑level design considerations.