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Chassis & Lead Cae Engineer Resume

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SUMMARY:

A Masters level mechanical engineer with Design Engineering and hands on experience looking for a full - time career.

CORE COMPETENCIES:

  • Problem Solving
  • CAD
  • Testing
  • Product Development
  • FEA
  • GD&T
  • Machining/Fabrication
  • CAE
  • DFMEA
  • Strength of Materials
  • Structural Analysis
  • DFM/A
  • Solid Mechanics
  • Data Acquisition
  • DVP&R

SOFTWARE SKILLS:

CAD/CAE tools : Solidworks, Unigraphics, Hypermesh, Hyperview, Abaqus, Optistruct, NX Nastran, AutoCAD, CATIA V5, Hyperview, Hypergraph, Pro E.

Development tools : MS Excel, MS Word, MS PowerPoint, MS Project, Protégé, Google Docs, Google Sheets.

PROFESSIONAL EXPERIENCE:

Chassis & Lead CAE Engineer

Confidential

Responsibilities:

  • Lead the design and development team of the tubular frame for the 2017 Confidential vehicle.
  • Achieved 90% efficiency in the chassis torsion stiffness when the physical test and the finite element models were compared.
  • Validated the design for various vehicle components (wheel hubs, pedal box assembly bell cranks, control arms, tie rods, wheel rims, axles, etc.) for durability and structural integrity using CAE.
  • Reviewed CAD models and design drawings for failure modes and performed root cause analysis.
  • Managed the layout and bleeding process of the brake system on the 2016 & 2017 vehicle.
  • Created the BOM for the brakes system (includes pedal box, callipers, rotors).
  • Prepared Design reports using PowerPoint and Excel.
  • Attained vehicle testing seat time on the team's custom test track.
  • Manufactured and fabricated functional components for the 2016 and 2017 vehicle on the manually operated lathe and the Torchmate plasma cutter in the machine shop.

Design Engineering Intern

Confidential

Responsibilities:

  • Performed a literature review on UAV flight movements and mechanisms for the control surfaces.
  • Contrived an appropriate mechanism to actuate the wings of an Unmanned Air Vehicle.
  • Designed the linkage components for this mechanisms and determined the loading criteria and used analytical methods to calculate the stresses for an appropriate factor of safety.
  • Analysed the components using FEA simulation for static, modal and buckling conditions and compared the results to the analytical results.
  • Performed a Confidential on the actuation mechanism components which were designed.

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