Electrical Engineer – Power Conversion

Your role

You will design, develop and test electronics from concept development till market introduction for advanced power converter products used in high-tech, mission critical applications. You bring your designs to life through hands-on testing, validation, and continuous improvement. You grow in the direction that inspires you most—whether that’s becoming a domain expert in RF, DC/DC conversion, or precision analog electronics, or staying broadly oriented across multiple technical domains.

Key Responsibilities:

• Perform product development of electronics from start-to-end

• Perform component selection and integration of electronic components and design a PCBA

• Integrate best practices in design for EMC, design for safety, design for manufacturability

• Document design choices, perform design simulations and analysis using tools (MATLAB, LTSPICE)

• Contribute to risk management activities, including DFMEA/PFMEA

• Review PCB designs and other related parts

• Support prototype manufacturing and troubleshoot hardware during integration

• Create test plans and test specifications, perform tests and review them

What we offer

• Performance-based salary growth that rewards your results

• 33 vacation days per year, including public holidays

• Flexible working hours

• Time-for-time compensation when working extra hours

• Strong focus on personal development, supported by a tailored growth and learning plan

• Extensive career opportunities, with progression across a wide range of functions and projects

• A young, entrepreneurial, and innovative company culture where initiative is encouraged

• Free access to the company gym

• Free lunch, dinner and healthy snacks available every day on-site

What you bring

• Bachelor’s or master's degree in Electronics, Electrical Engineering, Power Electronics, or related fields

• Experience in analog and digital electronics, interface technologies, signal integrity and PCB design

• Capable of analyzing designs in the lab, using measurement equipment, simulation and analysis tools

• Demonstrate ownership, control over quality, time, and completeness of the work

• Show curiosity, actively explore new technologies, tools, and methods

• Enjoy solving technical problems in a multidisciplinary team

• Motivated to continuously improve designs, processes and solutions