Intern Power Electronics Engineer
Overview
The Intern Power Electronics Engineer position takes place at Sécheron Hasler Group, an organization rooted in Swiss engineering heritage that provides high-power electrical and electronic equipment for railways, renewable energy, AC and DC networks, and industrial systems. Within the Traction Power Systems R&D team, the intern supports the development and validation of power electronic converters and control solutions for railway and industrial applications, working alongside experienced engineers on innovative projects involving power conversion, control algorithms, testing, and system analysis. The internship lasts for 6 months and is expected to start in January 2027, though alternative availability can be communicated.
Who can apply
Applicants must be currently pursuing a Bachelor's or Master's degree in Power Electronics, Electrical Engineering, Electronics Engineering, or a related field. Candidates need a strong interest in electrical energy conversion, control systems, and power converters, alongside basic knowledge of control theory and power electronics. Familiarity with simulation tools like MATLAB/Simulink or similar software is considered an advantage. Applicants should also be curious, autonomous, eager to learn in a hands-on engineering setting, and possess good communication skills in English. Visa sponsorship may be offered for suitable candidates.
What you get
Selected interns participate in a challenging internship within an international engineering environment, gaining exposure to real-world railway technology and power electronics projects. Participants receive mentorship from experienced R&D engineers and have the opportunity to build practical skills in control systems and power conversion.
Requirements
Interns are responsible for supporting the design and analysis of power electronic converters, assisting in the development and validation of control algorithms, and participating in laboratory testing, measurements, and troubleshooting activities. Additional responsibilities include analyzing simulation and test results, preparing technical reports, contributing to innovation and continuous improvement projects within the team, and collaborating with multidisciplinary engineering teams.