Global rank:
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Experience

  • Senior Mechanical Designer Isotech Design Inc. · Full-time Mar 2015 – Aug 2025 10 yrs 5 mos Montreal, QC, Canada Mechanical Design of Pharmaceutics and laboratories equipment’s (Solid Edge CAD software)

     Design of turnkey barrier isolators, operating in negative or positive pressure; RABS; micro-environments and clean air environments solutions for Hospitals & Pharmacies such as Aseptic filling, sterility testing enclosure ISO 5, powder transfer and compounding; Fan filter unit design with Hepa filter.
     Stainless steel sheet metal enclosure. Assemblies of complex accessories and pharmaceutical & medical equipment’s.
  • Senior Mechanical Designer RER Hydro · Full-time Jan 2014 – Aug 2014 7 mos Montreal, QC, Canada Mechanical design and drawing details of complex tooling and components for the manufacturing of Hydrokinetic turbine (For the production of electricity) (Pro-E/Creo CAD)
     Understand the manufacturing requirements for the mechanical design and assembling of the turbine to define the tooling requirement.
     Use imagination and practical experience to create tooling to be efficient, precise and safe.
     Choice/Design of mechanism components based on constraints observed.
     Create the 3D models and all the details drawings.
     Design complex turbine components to accommodate larger turbine.
  • Senior Mechanical Designer MDA Aerospace · Contract May 2013 – Dec 2013 7 mos Sainte-Anne-de-Bellevue, QC, Canada - Mechanical design of electronic product and tooling for Space Satellite and antenna (Solid Works CAD)
     Understand the client’s requirements for the mechanical design of antenna, payloads, complex tooling or space electronic units.
     Integrate the designs taken from electrical engineering, materials, thermal and structural analysis in 3D models
     Develop tooling, gigs, and electronic equipment. Work with sheet metals and casting.
     Support the integration and test of components in higher level assemblies (design and manufacturing phases)
     Provide technical support to manufacturing and troubleshooting.
  • Mechanical Engineering Designer Caterpillar · Contract May 2012 – May 2013 1 yrs Laval, QC, Canada Mechanical design of electronic control system for vertical mining drilling machinery (Proe Creo; Winchill)
     Base on specifications; develop all aspects of the mechanical design to support electronic control and recognition systems to measure various position, speed and location on vertical mining drilling machinery.
     Using the BOM, place the order of purchase components; follow up supplier, making sure they deliver in time; answer questions and troubleshoot problems that occurs.
     Using ProE/Creo - Design enclosure assembly and 3D wiring with all electronic component’s layout; Develop effective method to attach cabling and components to existing drilling structure (Various type of supporting brackets and specific hardware)
     Build prototype to test various condition: Vibration, functionality, tolerance, verify assembling method. Create report to document results, recommendation for improvement, defining assembling method for production.
  • Mechanical Engineering Designer PCM Innovations · Full-time Jan 2010 – May 2012 2 yrs 4 mos Montreal, QC, Canada Mechanical design and drawing details of specialize tooling and components for Turbine Engine for Rolls Royce`s and GE Motor Company (Aeronautic industries) (Solid Works, Proe Creo & Winchill, Catia V5, NX)
     Base on Rolls Royce or GE specifications and manufacturing investigation; perform Mechanical Design of parts and complex manufacturing tooling for the repair and assembling of aeronautic parts (Engine turbine and structures)
     Establish appropriate tolerance (GD&T) and validate tolerance using 3D CAD assembly
     Realize design at best cost, efficiency and functionality. Present concept to customer for improvement and approval
  • Mechanical Engineering Designer R&D ABB Inc. – USA /Italy · Full-time Jan 2005 – Dec 2010 5 yrs 11 mos Montreal, QC, Canada Realized R&D projects for the mechanical design and manufacturing improvements of low voltage power transformer equipment. (12 to 75 MVA; up to 220 kV) (Proe, Creo & Winchill)
     Plan, organize and realize project to improve the mechanical design of power transformer.
     With the contribution of manufacturing, develop and improve transformer internal and external design with the objective to reduce throughput time, cost and improve quality.
     Realize R&D on internal and external components of the transformer such as:
    o Design and manufacturing improvement of the active part and laminated core stacking
    o Research better technic to build cleats and leads and tap changer installation
  • Mechanical Engineering Design Supervisor ABB inc. · Full-time Mar 2000 – May 2005 5 yrs 2 mos Guelph, ON, Canada - Recognize for my leadership and my technical competencies, my responsibilities are to supervise the mechanical design of small Power transformer (12 to 75 MVA; up to 220 kV) (Proe, Creo & Winchill)
     Implementation of solutions to improve the department performance and quality output.
     Implementation of CAD and PDM software and training of all mechanical designers
     Manage and schedule all design activities; follow with manufacturing to adjust design output accordingly.
  • Mechanical Designer - Project Leader Alstom Energy · Full-time Feb 1998 – Dec 2000 2 yrs 10 mos Sorel-Tracy, QC, Canada - Lead and coordinate a mechanical design team for the re-engineering of alternator machinery and the improvements of the manufacturing methods (Proe, Creo & Winchill)
     Organize, coordinate and participate to the mechanical design of alternator machinery compose of mechanical and electrical components. Set continuous improvement meeting with manufacturing to improve manufacturability.
     Project goal was to create complete CAD solutions with the goal to pre-define manufacturing and design details and automatically create 3D models and drawings of complete Alternator assemblies.
  • Mechanical Designer– R&D– Harris Corporation–Montréal Quebec 1996 to 1998 Harris Corporation · Full-time Jan 1998 – Jan 2000 2 yrs Montreal, QC, Canada - Mechanical Design of electronic micro-wave radio and antenna. Integration and support into manufacturing.
     EMI/RF products Design and development: Electronic module assembly; Wave guide; Sheet metal envelop; Rigid and flexible cabling – Tooling and Templates design - Aluminum and Stainless Steel Sheet metal – Casting
     Prototyping; Performing various test; Vibration, Salt spray test and establish tooling required & assembly procedure
     Perform tolerance analysis using CAD models and build prototypes to test mechanical and electronic performance
     Work with NPI department to help implementing assembly line; defining kanban; establishing and writing working method; defining assembly process, tooling and quality measurement to be achieved.

Education

  • Cegep du Vieux-Montreal Electromechanical Technical Diploma (DEC), Electro-Mechanic, Technical 1983 – 1985 Activities and Societies: Electro-mechanic Electromechanical Technical Diploma (DEC)
  • Aeronautic College, St-Hubert, Quebec, Canada Certificate in Aeronautic inspection, Aeronautic, One year formation 1982 – 1982 Activities and Societies: Certificate in Aeronautic inspection Aeronautic inspection certificate (AEC)
  • Cegep de Joliette Sciences Diploma, Science, DEC - 2 years college 1980 – 1982 Activities and Societies: Science diploma (DEC) Science diploma (DEC)

Other experience

  • Deep expertise in CAD / 3D Modeling Strong expertise with various 3D CAD modeling software such as:
    Solid Work, Solid Edge, Pro-Engineer PTC Creo, Siemens NX, Autocad, Catia
  • 3D Printing - Pro-efficient with 3D printing; I have been 3D printing since 5 years.
    - I have developed an intuitive approach for "Designing for 3D print"
    - Understanding of filament material properties and best application. Identify and evaluate all potential components that would benefit being 3D printed. I am owning a very large 3D printer at home.