This profession requires a dual mastery of the types of on-board energy systems – electronic and electrical – as well as an in-depth knowledge of the sector’s technical standards. Engineers must be able to move from theoretical design to practical implementation, whilst ensuring the quality and safety of the systems developed at every stage. The ECE prepares its students to acquire these technical skills as part of its electrical engineering degree programmes.

From a technical perspective, a thorough understanding of power electronics and embedded system architectures is essential. You must also be familiar with the functional safety standards applicable to your sector, whether it be the electric vehicle or aerospace industries. The ability to read and produce detailed technical drawings, as well as to use simulation and design tools, is central to the role.

In addition to technical skills, this role requires project management skills: planning, coordination with production and testing teams, and adherence to deadlines and budgets. A meticulous approach to fault diagnosis and clear communication with stakeholders – R&D teams, suppliers or industrial clients – are also qualities expected on a day-to-day basis.