Power Electronics Engineer for High-Power Accelerators

IBA; Louvain-la-Neuve; Sur place; EUR 60 000 - 92 000; Plein temps

Résumé du poste

IBA, the world leader in proton therapy, is seeking a Power Electronics Engineer to define power supply specifications and collaborate with suppliers throughout the design process. You will support integration and performance of our high-power DC solutions used to energize magnets in proton therapy, industrial, and radiopharmaceutical applications.

You will contribute to projects, test power supplies on LLN or abroad, and help troubleshoot either remotely or on-site.

Qualifications

• Master degree in Electrical or Electronic Engineering with focus on Power Electronics.
• First relevant experience in Power Electronics.
• Experience in design of converters, inverters, power supplies.
• Experience in analog design and measurements.
• Familiarity with IEC/EN 60204 and IEC/EN 61439 or equivalents is an asset.
• Understanding EMC aspects and related standards is required.
• Good knowledge of magnetism; loads fed by power supplies are magnets.
• Knowledge of Python/Matlab; LT-Spice or/and Microcap; Altium/EAGLE would be an added benefit.
• Good communication skills in English and French.

Responsabilités

• Contributing to IBA projects as an electrical engineer: specifications, feasibility, review of the supplier design, integration aspects, and aftercare of old designs.
• Test and validate performances of power supplies (on LLN site or on sites abroad).
• Support and be part of potential troubleshooting (remotely or on-site abroad).
• Defining associated integration aspects.
• Creating and maintaining product documentation.

Connaissances

Power Electronics

Python

Matlab

LT-Spice

Altium

English

French

Team collaboration

Formation

Master Degree in Electrical or Electronic Engineering

Outils

LT-Spice

Matlab

Microcap

Altium/EAGLE

Description du poste

IBA, the world leader in proton therapy, is seeking a Power Electronics Engineer to define power supply specifications and collaborate with suppliers throughout the design process. You will support integration and performance of our high-power DC solutions used to energize magnets in proton therapy, industrial, and radiopharmaceutical applications.

You will contribute to projects, test power supplies on LLN or abroad, and help troubleshoot either remotely or on-site.