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Jonathan Richard is a seasoned automotive mechanical designer with expertise in computational aided engineering, finite element analysis, and automotive management. He has worked with top companies like BMW, Litens Automotive, and Akka Technologies, developing innovative products and optimizing chassis engineering. With a Master's degree in International Automotive Engineering from RMIT University and a Bachelor of Applied Science in Engineering Physics from Université Laval, Jonathan has honed his skills in computer-aided design, simulation, and analysis.

Experience

  • Akka Technologies
    • BRP inc., Valcourt, Canada
    • Automotive Mechanical Designer
      • Feb 2018 - Jul 2020
      • BRP inc., Valcourt, Canada

      Participating in the development of an advanced high strength steel (AHSS) chassis for a new ATV platform.✧ Performing FEA analyses (static, buckling, inertia relief) based on acquired data✧ Designing and optimizing AHSS steel parts to minimize costs

  • Litens Automotive
    • Toronto, Canada Area
    • Product Designer
      • 2013 - 2015
      • Toronto, Canada Area

      Managed and executed all activities related to the development of a new innovating product, from the design and calculations to the building and validation testing of prototype parts. ✧ Used Solidworks extensively to design complex production intent mechanical systems✧ Prepared prototype, production and in-process drawings according to GD&T principles✧ Converted clients requirements into design requirements using calculations and FEA simulations✧ Worked with suppliers to troubleshoot manufacturing issues✧ Defined and managed project activities including budget, timeline, documentation, BOM, technical specifications, design changes, and team meetings✧ Design activities: design calculations, CAD, FEA/CAE, GD&T, tolerance stack-up analysis✧ Designed components involving a wide range of materials and manufacturing processes✧ Defined assembly methodology and designed necessary tools✧ Created Design Failure Modes and Effects Analysis (DFMEA) documents✧ Designed and performed experiments to validate design and to find solutions to early failures✧ Developed tools to automate calculations and the design of components and assemblies

  • BMW
    • Munich Area, Germany
    • Automotive Engineering Intern
      • 2012 - 2013
      • Munich Area, Germany

      Participated in advanced computational development activities in the advanced chassis engineering team. ✧ Created and validated an early stage development process to optimize the stiffness ofsuspension components based on a FEM beam model using Nastran, Optimus and MSC Adams✧ Developed a new tire deformation prediction method using 3D parametric Catia models to improve the tire clearance process used productively for better accuracy in the body-in-white design process✧ Simulated multibody dynamics (multi-link suspension systems) using MSC Adams✧ Wrote Matlab scripts to solve complex problems and create interactive tools✧ Created Catia V5 tools and scripts to automate CAD surface design operations

    • Engineering Contractor
      • 2007 - 2010
      • Ottawa, Canada Area

      Worked intermittent contracts for three different entities of the public function in Ottawa. ✧ Took part in the research activities regarding air cargo threat detection for the Canadian Border Services Agency.✧ Developed and programmed tools on Excel (VBA) and Matlab to automate data analysis✧ Wrote an Optical Character Recognition system on MatLab to automate code reading of containers✧ Designed a test bed to assess performance of x-ray scanners in threat detection✧ Supervised and led scientific testing operations in the field✧ Took part in the radiation protection activities of the National Dosimetry Services ✧ Successfully completed a national database project in air emission for Health Canada✧ Wrote scientific reports and presented results

  • IBM
    • Bromont, Qc, Canada
    • Engineering Intern
      • 2006 - 2007
      • Bromont, Qc, Canada

      ✧ Constructed and validated an infrared scanner prototype for temperature measurements✧ Implemented a Digital Interferometry setup for strain and microchip defects measurement✧ Designed and conducted experiments to assess performance of prototypes✧ Designed and implemented mechatronic and optic setups and circuitry✧ Used advanced algorithms to process CCD camera images to extract topology information✧ Controlled and synchronized automatized systems using data acquisition systems✧ Developed custom applications in C++✧ Wrote technical reports, procedures and documentation

Education

  • 2011 - 2012
    RMIT University
    Master's degree (M.Eng), International Automotive Engineering
  • 2002 - 2007
    Université Laval / Laval University
    Bachelor of Applied Science (B.A.Sc.), Engineering Physics

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