Innovative and forward-thinking engineering professional with 5 + years of experience in CNC programming, CAD design, process optimization, and lights-out machining. A keen observer and quick learner with a proven track record of enhancing efficiency, precision, and productivity in manufacturing workflows. Combines a passion for learning and programming with a creative and analytical approach to problem-solving, delivering innovative solutions to complex challenges.
Using SolidWorks, I create precise 3D models
With Mastercam, I craft CNC programs for metal machining
And lastly, I create detailed 2D drawings for seamless project execution
Successfully implemented lights-out machining, increased production capacity by 30% through optimized machine utilization.
Designed and deployed a custom data-processing application that integrated CRM outputs into dashboards, reports, and automated alerts.
Simulator for Toolpath Verification on Matsuura H-Plus 630 and DMG Ecomill 50.
One-click setup and tooling sheet generator.
Canadian Babbitt Bearings — Brantford, ON
2023 – 2024
Canadian Babbitt Bearings — Brantford, ON
2020 – 2023
Canadian Babbitt Bearings — Brantford, ON
2019 – 2020
Wilfrid Laurier University — Waterloo, ON
Developed proficiency in Machine Learning, Data Structures and Algorithms, Probability and Statistics, Artificial Intelligence, OS and Databases
Conestoga College — Cambridge, ON
Acquired hands-on skills in CNC programming, automated manufacturing systems, CAD/CAM software, industrial robotics, and machining.
Integrated with Mastercam, meticulously designed to streamline the machining process by providing machinists with all the essential tooling details required to set up the machine accurately and efficiently.
In a dynamic job shop environment, where setups are frequent and time is critical, having comprehensive setup sheets can make a significant difference in productivity and accuracy. Each setup sheet catalogs the tools used by the programmer including vital information like cutter diameter, flute length, and number of flutes.
Each setup sheet outlines the sequence of operations required to complete the machining job. This includes a clear breakdown of the individual steps involved, ensuring that machinists are fully informed about the scope and complexity of the job.
Describes the style of tool holder required for each tool, ensuring compatibility with the machine's tooling system. Provides a visual of tool assembly.
This project aims to offer an immersive virtual experience of operating the DMG EcoMill 50 and Matsuura HPlus 630 CNC milling machines. Through this simulation, users can visualize and simulate machining processes without the need for physical setup.