Mechanical research engineer for innovative gearbox and drivetrains (Leuven or Lommel)

As a mechanical researcher, you design, model and test mechanical systems and methods for next generation drivetrains in machines and vehicles.

Flanders Make is discovering new grounds in high-performant drivetrains to optimize performance of machines and vehicles. In the ‘Drivetrains in Motion’ Research department, researchers work together on identifying the best novel thermal and electro-magnetic concepts & required tools to improve the system performance of innovative drivetrains, machine & vehicles. This research is supported by excellent lab infrastructure such as cooling and lubrication and HiL test benches for the emulation of drivetrains, machines & vehicles.

Model and optimize mechanical systems in innovative drivetrain concepts, design and simulation methods As potential or expert in mechanical engineering, you: -Work together in a research team with expertise in highly efficient electrical drivetrains, high-performant lubrication and cooling systems for highly dynamic motions systems, for both industrial machinery and electrical drivetrains in vehicles; -Take the lead in mechanical systems design (shafts, gears, housings, bearings, …) and analysis, integrated in a multi-disciplinary machine context.

For next generation designs of drivetrains & components, especially new architectures and methods (e.g. electrification of mobile working equipment, design for manufacturing methods;,…) you;

 Figure out with the team how to design the system, evaluate the efficiency, NVH, durability, in relation to the research or design targets;  Set-up 1D and 3D analysis and calculation tools (e.g. KissSoft, MASTA,…) to evaluate mechanical systems virtually. Further on, you’ll translate this in experiment definitions in order to validate the related models.  Reflecting, improving and modification of the used methods is something you like to take into account during and after these activities;  Analyse and evaluate alternative manufacturing methods, materials or fully out-of-the-box gearboxes and mechanical solutions;  Experimentally validate your results in the lab;  Present your work during internal/external meetings, (international) conferences, …  Willing to learn on the topic above to learn more and gain expertise;  Actively collaborate with industrial companies.

Experienced engineers will also lead small, agile project teams. Young potentials will be coached by an experienced engineer.

Your first project - Robust design of lubricated gearboxes

In the Strategic Basic Research project, ROLUX or Robust design of lubricated gearboxes, aiming to bridge the gap between product design and gearbox production, you would actively work together with the KU Leuven Mecha(tro)nic System Dynamics division (LMSD) and launch innovation in the design of gearboxes by frontloading the production capabilities into the gearbox design method at the concept phase, a brand new concept to be explored and validated on industry cases.