Graduate of a Master of Sciences, I’m an engineer specialised in Structural Mechanics such as the ones found in aeronautics.
I've gained a overall understanding of the industry and applied research. I studied material shaping processes and stepped in mechanical design. I also developed transverse skills when I sold electrohydraulic systems for British and Irish customers during my previous position.
Hydrokit UK (supplier of electrohydraulic systems in the UK and Eire)
to December 2016
Developed B2B sales in mobile hydraulics in the UK and Eire.
Retailed components (motors, valves, fittings, workshop equipment, etc.) and looked for spare part replacements.
Designed electrohydraulic systems along with design department (power packs, control boxes, proportional spool valves, hydrostatic transmissions, multiple gear pumps, auxiliary lines, power take-offs, etc.)
Clément Ader Institute (research lab in material shaping processes, Mines d'Albi-Carmaux Graduate School)
to December 2012
Identified chemical, thermal and rheological constitutive models with global non-linear optimisation on Scilab.
Simulated preheating and filling of highly-reinforced thermosetting materials with mid-long discontinuous fibres (reshaping of epoxide resin / carbon fibre prepreg remnants with metallic inserts) on Moldflow Insight.
Simulated moulding process (curing, injection, cooling and mechanical behaviour).
Conducted statistical analysis and extrapolated manufacturing parameters.
Highlighted process enhancements on aeronautical parts (secondary structures).
ISAE-ENSMA (Postgraduate school in Mechanics and Aeronautics), Poitiers (France)
to September 2011
ISAE-ENSMA is an engineering school focused on mechanics and aerotechnics (fluid mechanics, heat transfers, energetics and propulsion), as well as embedded systems in the field of transportation and more specifically aeronautics. The school provides a degree equivalent to a Master of Sciences.
I specialised in structural mechanics during the third year:
✔ Experimental stress analysis, compound durability, damage, fatigue, finite strains, aeronautical structures.
✔ Finite element modelisation, plasticity and viscoplasticity, material mechanical properties, rupture, compound materials.