Context
A fast-scaling deep-tech environment developing ultra-precise motion technologies used in advanced industrial and scientific applications. The teams focus on pushing the limits of precision engineering, combining electronics, mechanics, and embedded intelligence to redefine positioning performance.
You will design and develop electronic control systems powering next-generation precision motors. Working at the crossroads of hardware and embedded systems, you will shape both the architecture and performance of highly integrated solutions used in demanding environments.
Your Responsabilities
- Design and develop electronic control systems combining digital logic and analog power stages
- Create schematics and PCB layouts using professional design tools
- Prototype, test, and validate electronic systems to ensure performance and reliability
- Optimize designs for scalability, manufacturability, and cost efficiency
- Integrate sensors, communication interfaces, and control architectures
- Perform system-level testing and develop validation procedures
- Manage components, suppliers, and maintain accurate BOMs
- Collaborate with software and mechanical teams to ensure seamless system integration
- Document designs and maintain version control of development files
- Drive continuous improvements in performance, miniaturization, and system integration
What is expected from you
- Master’s degree in Electronics or equivalent experience
- Strong experience in electronic system design, ideally within control or motor systems
- Proficiency in PCB design tools such as KiCad or Altium
- Solid understanding of both analog and digital electronics
- Familiarity with embedded programming (C, Python is a plus)
- Experience with testing, validation, and industrial standards compliance
- Proactive mindset with strong ownership and problem-solving abilities
- Ability to collaborate effectively in multidisciplinary environments
- Fluency in English