Power Electronics Designer – High-Voltage Precision

Sioux; Eindhoven; Hybrid; EUR 70,000 - 100,000; Full time

Benefits offered by this job

Flexible 32-40 hour week

Work from home option

Training budget €6000/year

Challenging high-tech projects

Job summary

Sioux in Eindhoven is seeking an Electronics Designer for power supplies to create advanced electrical solutions for high-tech systems. You will support customers with electrical concept and design, focusing on accuracy, power, and efficiency across analytical, semicon and medical markets.

As Electronics Designer you will design, develop and integrate electronic designs within precision equipment, ensure high stability of power supplies, and address multidisciplinary aspects like mechanical

Qualifications

• Degree in electronics or electrical engineering and at least 5 years of work experience.
• Experience in high voltage system design with high precision and stability.
• Understanding of safety standards IEC 61010 and IEC 62368 is a plus.
• Experience with simulation and analysis of circuits in precision electronic equipment.

Responsibilities

• Design, develop and integrate electronic designs within precision equipment.
• Focus on electronic accuracy and stability of power supplies.
• Address power- and high-voltage designs including mechanical integration, thermal management, and E-fields.
• Collaborate in a team and mentor junior engineers.

Skills

Power electronics

High-voltage design

Circuit simulation

Analytical thinking

Communication with stakeholders

Prototyping and measurement

Education

Bachelor's degree in electronics or electrical engineering

Tools

SPICE-based tools

Job description

Sioux in Eindhoven is seeking an Electronics Designer for power supplies to create advanced electrical solutions for high-tech systems. You will support customers with electrical concept and design, focusing on accuracy, power, and efficiency across analytical, semicon and medical markets.

As Electronics Designer you will design, develop and integrate electronic designs within precision equipment, ensure high stability of power supplies, and address multidisciplinary aspects like mechanical