Design, test and implement systems for microfluidic lipid nanoparticles manufacturing instruments.• Define product and regulatory requirements for single use consumables.• Perform supplier audit to confirm their capacity to deliver quality products.• Perform risk analysis (dFMEA, pFMEA).• Played a key role during the implementation of a new Product Lifecycle Management system (PLM). Defined roles, responsibilities and best practices to release and implement engineering changes into production.• Responsible for the design and validation of subsystems to satisfy requirements.• Leading the root cause analysis and implementing corrective actions on field issues.

Design, test and implement systems for microfluidic lipid nanoparticles manufacturing instruments.• Responsible for the design and validation of subsystems to satisfy requirements.• Designed a field upgradable kit to increase the total flow rate and total volume capacity of our most sold instrument.• Leading the root cause analysis and implementing corrective actions on field issues.

Design and test novel metal powder atomization equipment as part of a multidisciplinary team.• Design of a plasma atomization system retrofitted on a coldwall induction melter that allowed AP&C to broaden its powder portfolio with TiAl and alloys not available in wire form.• Iterative design for components used in demanding conditions such as contact with molten titanium and supersonic plasma jets.• Plan, execute and results analysis of induction melting and powder manufacturing tests.• Coordination of a team of (3) machinists, management of priorities and supplies to deliver parts on time. Implemented a system that allows to centralize and follow the progression of machining requests.

Design and commission of optimized systems on production equipment for plasma atomization.• Management of project budget, schedule, and resources. • Coordination with suppliers and subcontractors for the installation of new reactors containing 1000+ parts and being connected to facility services such as D.I. water, vacuum, argon, and electricity.• Ensure compliance with applicable codes, quality procedures, safety policies and engineering best practices in an environment handling explosive powder.• Production of engineering documentation: hazard analysis, impact analysis, equipment qualification, project charter.

Design, manufacture, and process optimization of a thermoplastic composite pultrusion apparatus using multiple dies under vacuum to reduce parts porosity.• Instrument and control of the manufacturing process using LabVIEW.• Mechanical and morphological characterization of manufactured parts following ASTM standards• First author on two publication (1 paper, 1 conference), co-inventor on a patent.• Research project in Japan on modelling the impregnation of commingled yarns during pultrusion.• Manufacturing of carbon/PEEK and carbon/PA beams by pultrusion

Two months research project in Japan, financed by JSPS and MITACS.- Impregnation model of the thermoplastic pultrusion using commingled yarns.- Multi-fluid model using Ansys Fluent- Validation of the results obtained by experiments realised on an instrumented pultrusion apparatus.

- Design and manufacturing of a 30L capacity thermoset resin injection system- Heat transfer and resin polymerization analysis made with Ansys, Hypermesh and PAM-RTM- Development of a Python program to analyse the heat transfer in a heat exchanger taking into account the changing properties of fluids

Petroleum installation designDrawings made on AutoCAD

Management of the day camp, staff evaluation and training, budget management and interventions with kids