Ing. Gatien Thomas

Predictive simulation of helicopters flight control systems Balancing the internal forces and torques of the flight controls for pilot ergonomics, automated parametric simulations using optimization algorithms Predict the consequences of the rotorcraft inclination during the flight on the flight controls from the pilot's perspective Descriptive simulations to reproduce and understand observed phenomena from measurments on a test bench (friction, simulation scenarii)

Analysis of company operations to identify areas where improvements could be made Improvement of monitoring and standardization of the Stop&Fix process through a Kaizen approach Presentation of results to a group including company executives Internship conducted entirely in German

Work during summer and school vacations Stocking shelves within the liquids and school supplies area Order reception Inventory management Seasonal worker training

Labeling food trays Packaging Storage Order preparation

Demagnetization of magnetic tapes Screwing, testing, and packaging of professional audio tapes Loading of audiotape cassettes, assembly, testing, and packaging

Semester exchange at BTH Acquisition of skills in system modeling and analysis Acquired knowledge in sustainable production

Mechanical and Automation Engineering (GMA*) This engineer has a range of high-level skills in two complementary areas: mechanical engineering and automation. This engineering domain involves the resolution of any technical and/or scientific problem involved in the study, development, sizing, design, manufacturing and industrialisation of an automated mechanical device.