Engineer Engineering

Marc Roy Jutras

******.****@*****.*** • 650-***-****

Relocating to Seattle in June

**** ******* **.

Chapel Hill, NC 27514

Objective

I am looking to obtain a full time position in the Seattle area to apply my broad mechanical and materials science expertise to the solar industry.

Education

Stanford University, M.S. in Materials Science and Engineering, GPA 3.71 June 2015

Fast learner Completed a two year Master's degree in one year

University of Toronto, B.A.Sc. in Materials Science and Engineering (Honors) June 2014

Work Experience

Drivetrain Design Lead, AeroVelo Inc., Eta Speed Bike Project May 2014 Sept. 2014

Designed the drivetrain of a world record vehicle within a fast-paced multidisciplinary team

Used SolidWorks CAD and SurfCAM for 3D modeling, finite element analysis, and CNC programming

Constructed wheel hubs, sprockets, etc. using manual machining, CNC milling and composite layups

Processed climate and elevation data sets in MATLAB to clarify ambiguous parameters for RAAM bike

Process Researcher, University of Toronto, Cellular Materials Group May 2013 Sept. 2013

Researched formation and processing of stochastic core structures made of thermoset resins

Made process and material decisions using assessments based on imaging and mechanical test data

Developed an analytical model of the formation process using COMSOL and Surface Evolver

Composites Engineer, AeroVelo Inc., Atlas Human Powered Helicopter May 2012 June 2013

Fabricated vehicle spars and rotor spools using carbon fiber composite manufacturing techniques

Designed and executed testing of drive line properties and revealed a supplier quality issue

Won an aviation prize which had been standing for 30 years and was declared impossible

Projects and Courses

Hyperloop Pod Design Contest 2016

Created a multidisciplinary design optimizer using the openMDAO framework in Python

Optimized eddy current braking and maglev systems using 3D electromagnetic finite element analysis

Presented to the selection committee, securing sponsorship and access to the Hyperloop test track

Solar Energy Conversion, Stanford University 2015

Learned cell compositions (mono-Si, a-Si, CdTe, CIGS) and architectures (PERC, PERL, IBC, thin film)

Wrote an optimizer in Python to choose number of cells in series or parallel within a solar module

Constructed a solar module: soldered solar cells, measured I V response, optimized output

Performed shading analyses and predicted solar installation output using PVSyst

Electronic and Photonic Materials and Devices Lab, Stanford University 2015

Spin-coated organic semiconductor solutions on ITO glass to make a transistor, an LED and a solar cell

Measured current-voltage curves using a multimeter and absorption spectrum using a spectrometer

Skills

Programming: C, Java, Python, LabVIEW, MATLAB

CAD & Simulation: SolidWorks, COMSOL, PVSyst

Web Design: Ruby on Rails, HTML, CSS, JS, SQL

Electronics: Raspberry Pi, Arduino

Operating Systems: Linux, Windows

Languages: English, French (Intermediate)

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