Simon Bilhete

**** ********* ******* *********

Anjou (Qubec) H1K1L3

514-***-****

ac7x74@r.postjobfree.com

WORK EXPERIENCE

PROFILE

Mechanical Engineer (junior) - UTV International (Montreal)

Excellent knowledge of

June 2018 - present

Production, Assembly

Processes, Mechanical Design assistance for research and development, selection of components and

Systems and Prototyping products/prototype of tracked utility vehicles

Document the improvements in research and development based on feedback from

Excellent knowledge of customers.

Aerospace, MATLAB, After-sales service and technical support of the parts and products of manufacturers

Solidworks, Project and suppliers

Management, FEA Stay up to date on industry standards and government legislations

Keep weekly records relevant and detailed the problems

Solid academic training, by the customers, suppliers and manufacturers

excellent work ethics and Develop and update implementation plans in the technical meetings of the company

critical thinking

Improve the process for and quality of production quality control

Implement and achieve of real experiences and analysis of useful data for the design

of the prototypes

Review and manage the technical records of the Sales Department

EDUCATION

Technician SignMax Inc.

Bachelor's Degree

Summer 2015-2017

Mechanical Engineering

2014-2018 Repair of the CNC machines, assess and validation functionality for sale

Concordia University, Processing and packaging for shipping online orders

Montreal, QC Use of AutoCAD to create customized components retrofitted for CNC design

modifications

D.E.C. Working with programming (G-code) code, used for CNC machines

Pure and Applied Sciences

Create samples engraved laser for the window of the shop and customers

2012-2014

Assisted and editing industry exhibitions

Vanier College, St-Laurent,

QC

ACADEMIC PROJECTS

High School Diploma

2007-2012

Modifying a Drone - Winter 2017

Vincent Massey Collegiate

Rosemont, Montral, QC MECH 390 - mechanical design project, Concordia University, Montreal, QC

Addition of the drone's automatic retractable landing gear

Use of various microcontrollers Arduino, including UN and Nano

Mechanism of landing designed using Solidworks

LANGUAGES Programmed a ultrasonic using C++ with automatic landing option activated sensor or

disabling depending on the height

French Using calculations, determine the voltage, the current and the power needed to provide

English to the electrical components

Simon Bilhete page 1

SKILLS

ACADEMIC PROJECTS (continued)

Operating systems

Steam Car - Winter 2017

Windows, Mac OS, Linux

MECH 351 - mini-Cap, Concordia University, Montreal, QC

Programming Design and construction of car micro steam for an inter-school competition

C++, C#, MATLAB, Python Use of the software SolidWorks to design several print 3D frame and turbine models

GCode Arduino

Assembly and calibration of car

Design and optimization of nozzles of oil for a maximum output power

Software

ANSYS, Catia V5, AutoCAD

Earthquake Simulator - Winter 2018

SolidWorks, Simulink, NX,

MECH 490 - project Capstone, Concordia University, Montreal, QC

Microsoft Office (Word, Excel,

Design and construction of a table of agitation to simulate, with precision, the

PowerPoint)

of the ground motion during an earthquake

Programming using MATLAB Simulink models in real-time

Use of logic through the gate operators and modes of operation of the readers

PRACTICAL TRAINING Set up of a real-time communication system using the EtherCAT and CanOPEN

Protocol

Assembly Procedures, Analysis, treatment and processing of complex signals in time and frequency domains

Manufacturing Static, dynamic performance, vibration and calculations of scales

Research and Development Development of an interactive graphical interface (GUI) effective so that the Simulator

Prototyping and Design is easy to use

Hydraulics Wiring of electrical and relay components

Lifeguard (Sogep 2009-2014) Creation of graphic work and budget tables

Organize meetings with different contacts and institutions, suppliers, professionals and

teachers

ACADEMIC AWARD

Shuttle Space Rocket Performance program C++ - Winter 2018

Capstone

AERO 485 - Introduction to the Space Systems, Concordia University, Montreal, QC

(Concordia University)

Create a program using MATLAB who will assess the performance of a spaceship

Best Design & Outstanding

using various loops and indicators for iterative calculations

Performance

Based on parameters such as the initial speed, the specific impulse and the net

June 2018

propellant mass to analyze the properties of the shuttle

Gather graphics data issued by the program indicating the maximum speed, height,

time to burnout and other important features needed for the design

INTERESTS

Snowboarding

Swimming

Assembly of personal

computers

Simon Bilhete page 2

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