Nadia Ocnariu
Senior Talent Acquisition
+31 (0)40 - 2677100
+31 (0)40 - 2677100
As a High-Voltage Hardware Designer, you design advanced electrical solutions for high-tech systems and products.
In this role, you support our customers with electrical concept and design for high-tech systems where speed, accuracy, power, and efficiency play an important part. You’ll work for renowned customers in the Analytical, Semicon and Medical market, within the Brainport region and beyond. Your electronics expertise plays a vital role in bringing high-tech solutions to life, like electron microscopes, advanced pick & place machines, and medical systems.
What excites you as a High-Voltage Hardware Designer?
We develop advanced systems where we must get the utmost performance out of electronics, both in speed, accuracy, power, and efficiency. Our electronics team has expertise in the development and industrialization of precise and stable high voltage sources, low noise analog electronics, highly accurate and fast AD/DA conversion, and high-speed digital electronics.
As High Voltage Hardware Designer you:
- Are responsible for the design, development and integration of high voltage systems within precision equipment.
- Focus on high accuracy, low power, and exceptional stability.
- Enjoy working in a team and getting the maximum out of it together.
- Have variety, by working on one or multiple projects simultaneously and working on different technologies for various applications and markets.
- Guide colleagues and junior engineers in their projects and coach them to further develop their (technical) talents. With your experience, you contribute to expanding the knowledge within Sioux.
- Address multidisciplinary aspects of high-voltage design, including mechanical integration, thermal management, and E-field.
Your future workplace
What do you bring to the table?
- An academic degree in electronics or electrical engineering and at least 7 years of work experience
- Several years of experience in high voltage system design and development (high precision, low power and high stability)
- Strong understanding of safety practices and relevant electronics standards (IEC 61010 and IEC 62368)
- Understanding of partial discharge effects and insulation reliability in high-voltage precision systems
- Experience with simulation and analysis of high-voltage circuits in precision electronic equipment (e.g., using SPICE-based tools)
- Demonstrable analytical skills, able to think in concepts and good practical skills (build and measure prototypes)
- Excellent communication skills, both with internal stakeholders and with customers and suppliers
What can you expect in return from Sioux?
- Flexible 32-40 hour working week, with the possibility to work from home. A healthy work-life balance is very important to us. We have 28 holidays with an option to acquire an additional 12 holidays.
- You will work with passionate colleagues in different technical domains.
- By combining our knowledge of software, electronics, mechanics, mechatronics, mathematics and assembly, we make the impossible possible for our customers and get to work on challenging high-tech projects.
- You get a lot of freedom and responsibility; after all, you know exactly what you are doing.
- Personal coaching and a training budget of €6000 per year, so that you can continue to develop yourself.
- We also find it incredibly important to have fun together. We organize a lot for our employees: from family festivals and sparkling Christmas parties to inspiring knowledge sessions for the high-tech community.
- You will be working on the Sioux Campus and can use our Sioux Labs living room every day for lunch, sports, making music, and sharing your knowledge with colleagues in one of our Tech Labs.
High-Tech, High-Fun, High-Value.
We can tell you all about the typical Sioux culture and the challenging high-tech projects. About how you can develop yourself like nowhere else. But we prefer to leave this to our own colleagues.
If you want to know more about our challenging projects, please click here.