About
I am a mechanical engineer specializing in SolidWorks design, reverse engineering, and advanced 3D modeling for industrial, aerospace, and product-development applications. With extensive experience across 3D printing, CNC machining, additive manufacturing workflows, and prototype development, I bring a complete design-to-production approach to each project.
My work spans industrial systems design, functional mechanical components, and high-precision reverse engineering using scanning or metrology techniques. I have led multiple engineering projects, including the design and implementation of full 3D-printing laboratories and the re-engineering of mechanical parts to improve performance, manufacturability, and durability.
I deliver clean, optimized SolidWorks models, detailed manufacturing drawings, assemblies, DFMA-ready designs, and solutions adapted for CNC, injection molding, metal fabrication, 3D printing, and mass-production.
I focus on precision, clarity, and engineering value in every project.
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Experience
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Decal project lead
Bombardier recreative products · Full-time
Oct 2024 –
Aug 2025
10 mos
Valcourt, QC, Canada
As Decals Project Lead at BRP, I supported designers in developing graphics packages for ATV and SSV products, including colour schemes, placement, material selection, and preparation for stereographic press production. I coordinated production setups according to build schedules and took part in recurring cross-functional meetings to adjust priorities based on changing needs. I also conducted laboratory tests and material validations to certify new decal materials in line with ANSI and ISO standards, ensuring durability and quality on vehicles.
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Site coordinator (FIFO)
Bluetip · Contract
Jun 2023 –
Apr 2024
10 mos
Australia
As a FIFO site coordinator, I installed and repaired marine loading arms for hazardous products such as natural gas and caustic acid, as well as other heavy mining equipment. I assembled complex mechanical systems using aerial work platforms and cranes, strictly following safety rules in high-risk environments. I routinely interpreted detailed engineering drawings to install generator sets and hydraulic systems, ensuring compliance with design requirements and site constraints.
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3d printing engineer
Alstom · Full-time
Feb 2022 –
Apr 2023
1 yrs 2 mos
St-Bruno-de-Montarville, QC, Canada
As 3D Printing Expert, I set up Alstom’s first internal 3D printing center in North America to support engineering, maintenance, and industrialization teams. I selected materials based on mechanical requirements, optimized print profiles to improve speed and success rate, and implemented inspection and preventive maintenance procedures for all printers. I managed multiple projects in parallel, from design to finished parts, trained interns and team members on 3D printing best practices, and actively promoted the new 3D printing capabilities inside the company.
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3D printing intern
Alstom · Internship
Sep 2021 –
Feb 2022
5 mos
St-Bruno-de-Montarville, QC, Canada
During this internship, I helped establish a new 3D printing laboratory by defining the room layout, researching and selecting equipment, and participating in the purchase and installation of machines. I designed and analyzed 3D-printed components, then manufactured them to support various internal projects. I also maintained and upgraded printers to improve reliability and print quality over time.
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Project Management Intern
Alstom · Full-time
May 2021 –
Aug 2021
3 mos
St-Bruno-de-Montarville, QC, Canada
In this project management role, I designed and built various train mock-ups, including aesthetic models, volume models, maintenance models, and test benches. I selected appropriate manufacturing processes (3D printing, machining, woodworking, and sheet metal) to reduce prototype costs while meeting technical requirements. I worked closely with engineers and technicians to plan work, track deadlines, and deliver prototypes on schedule.
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3D printing intern
Bombardier · Full-time
Aug 2018 –
Dec 2019
1 yrs 4 mos
St-Bruno-de-Montarville, QC, Canada
At Bombardier Transport, I supported the integration of new 3D printing technologies by selecting, acquiring, and commissioning equipment suitable for rail applications. I developed and programmed an automated Excel/VBA database to estimate 3D printing costs based on process, material, and build parameters, which helped standardize quotations and planning. I also trained employees on 3D printing workflows and best practices so they could efficiently use the new technologies in their projects.
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C-series industrialization intern
Bombardier Aerospace · Full-time
Aug 2017 –
Apr 2018
8 mos
Montreal, QC, Canada
In this industrialization internship, I designed 3D-printed tools and jigs to support the C-Series aircraft production line, focusing on ergonomics and productivity. I identified engineering solutions to simplify operators’ work and reduce assembly time on the line. I also contributed to the automation of certain production steps, helping to improve consistency and throughput.
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Cost reduction intern
Bombardier Aerospace · Full-time
Jan 2016 –
Apr 2016
3 mos
Mirabel, QC, Canada
My main objective in this role was to reduce production time and costs for the C-Series program. I programmed Excel/VBA databases to automate calculations and data handling, which streamlined several engineering and production tasks. I also proposed and evaluated cost-reduction ideas related to processes, tools, and methods, always balancing savings with quality and safety requirements.
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Mechanical Engineering technician
Mercedes Textiles · Full-time
Jan 2014 –
Jan 2016
2 yrs
Montreal, QC, Canada
As a mechanical engineering technician, I designed test machines to increase throughput in quality control for pumps, engines, and fire hose components. I created detailed manufacturing and assembly drawings for pump parts, engine components, fire hose couplings, and other machinery elements used in hose production. I implemented manufacturing and inspection procedures to raise production rates and optimized work methods on the shop floor to improve efficiency and consistency.
Education
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École de Technologie Supérieure
Mechanical engineering bachelor, Fabrication, Bachelor
2016 – 2021
Activities and Societies:
Key project: Design and analysis of universal anti-theft motorcycle saddlebags, including 3D modelling and assembly drawings in CATIA, DFA analysis, and a market study with business plan for commercialization
Program focused on mechanical design, manufacturing processes and 3D CAD. I worked extensively with CATIA and SolidWorks for 3D modelling, assemblies and detailed drawings, with strong emphasis on DFM/DFA and industrial applications. My final project was the design and analysis of universal anti-theft motorcycle saddlebags, fully modelled and detailed in CATIA with assembly drawings, DFA analysis and a business case for commercialization.
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CEGEP de Saint-Laurent
Mechanical engineering techology, Fabrication, College
2011 – 2015
Activities and Societies:
Key project: Design, programming and manufacturing of a liquid-cooled engine housing, reed valve box and various moped components, including 3D modelling in SolidWorks, G-code programming with Mastercam and CNC machining on a HAAS mill, achieving a 1500% increase in engine power.
Hands-on program oriented toward mechanical drafting, 3D modelling and manufacturing. I used SolidWorks for part and assembly design, technical drawings and tolerancing, and linked this to CNC programming (Mastercam) and machining on a HAAS milling machine. My main project was the design, programming and manufacturing of a liquid-cooled engine housing, reed valve box and multiple moped components, which resulted in a 1500% increase in engine power, showcasing complete CAD-to-manufacturing integration.