Transforming complex engineering challenges into innovative solutions through robotics, automation, and creative design thinking.
My professional journey in mechatronics, robotics, and automation
Optimized production processes through data-driven solutions, implementing automated testing procedures that improved efficiency and quality control. Collaborated with cross-functional teams to identify and resolve technical challenges.
Led AI-driven projects to enhance productivity in the nuclear industry, developing innovative solutions for complex technical challenges. Implemented machine learning algorithms to optimize operational processes and improve safety protocols at Bruce Power and OPG.
I coordinated academic support services for over 60 students by managing peer tutoring and PASS (Peer Assisted Study Sessions) schedules. I maintained records of tutor activity and program participation, assisted with the Student Learning Centre’s “MyStart” academic orientation, and provided one-on-one tutoring for course-specific support.
Leading the Autonomous Telescope Mount System (ATMS) project, developing an innovative solution for automated astronomical observations. Taking initiative in system architecture, mechatronic integration, and team coordination to deliver a cutting-edge product.
Mechatronics Engineering graduate from Ontario Tech University with expertise in CAD modeling, C#/C++, Python, SQL, and machine learning frameworks. Demonstrated experience in project management, data analysis, and innovative problem-solving.
As a Test Engineering Intern at Magna International, I optimized production processes through data-driven solutions, while at Nuclear Promise X, I led AI-driven projects to enhance productivity. Orange Badge certified and skilled in driving impactful initiatives as an Opportunity Lead, delivering technical and strategic solutions in dynamic environments.
What I bring to the table
Advanced proficiency in Python for automation, data analysis, and machine learning applications.
Strong knowledge of C/C++ for embedded systems, robotics, and performance-critical applications.
Experienced in functional programming paradigms using C for efficient and maintainable code.
Proficient in Bash scripting for automation, system administration, and development workflows.
Expert in Robot Operating System for developing complex robotic applications and autonomous systems.
Skilled in implementing computer vision algorithms for object detection, tracking, and scene understanding.
Experienced in LIDAR-based perception, mapping, and navigation for autonomous systems.
Proficient in designing and implementing control systems for robotic platforms and automation.
Certified SolidWorks Professional with extensive experience in 3D modeling and assembly design.
Skilled in using Fusion 360 for parametric modeling, simulation, and manufacturing preparation.
Proficient in RhinoCAD for complex surface modeling and organic shape design.
Experienced in using FreeCAD for open-source parametric 3D modeling and engineering design.
Proficient in Data Analysis Expressions for creating custom calculations in Power BI and Excel.
Strong SQL skills for database querying, data manipulation, and analysis across various platforms.
Experienced in Power Query M language for data transformation and preparation in Power BI.
Skilled in creating insightful visualizations to communicate complex data patterns and insights.
Experienced in leading cross-functional teams and managing complex technical projects.
Expert in FDM and SLA printing technologies, material selection, and post-processing techniques.
Skilled in creating comprehensive technical documentation for complex engineering projects.
Strong analytical thinking and creative problem-solving abilities for complex engineering challenges.
Let's discuss your project or opportunity
