I am a Mechatronic Systems Engineering student at Simon Fraser University, completing my Bachelor of Applied Science in December 2026. My interests span embedded systems, control systems, robotics, mechanical design, and engineering automation—especially projects that require hardware, software, and mechanical components to work together reliably.

Through engineering co-op placements at FortisBC and PCL Construction, I have worked in technical environments where documentation, verification, data quality, safety, and cross-disciplinary coordination matter. My academic and personal projects extend that experience into microcontroller development, electromechanical prototyping, CAD, control-system analysis, and tools that streamline engineering workflows.

I approach engineering by breaking complex problems into measurable requirements, developing practical solutions, testing their performance, and documenting the decisions behind them. This GitHub profile brings together selected implementations and technical documentation supporting the work featured on my engineering portfolio.

• Early-career engineering opportunities: Preparing for roles in embedded systems, automation, controls, robotics, product development, and multidisciplinary engineering design.
• Portfolio development: Publishing clear, reproducible project repositories with source code, design artifacts, system diagrams, and validation evidence.
• Hardware–software integration: Building and refining microcontroller-based systems with displays, sensors, actuators, user interfaces, and connectivity.
• Professional development: Strengthening engineering design, testing, version-control, and technical communication practices as I transition from university to industry.

Programming languages, engineering software, development environments, and technical tools applied through academic projects, personal development, and professional engineering experience.

Surrey, British Columbia · 8 months

• Supported pipeline integrity work through in-line inspection (ILI), close-interval survey (CIS), and depth-of-cover (DOC) data assessment and documentation.
• Worked on approximately 250 ILI analyses during the placement, contributing to organized integrity assessments and review workflows.
• Supported geohazard monitoring across approximately 1,400 tracked sites, including reviews and coordination related to blasting permits and vibration records.
• Developed and improved Excel/VBA and database workflows to support engineering data quality, traceability, and information retrieval.
• Gained exposure to engineering standards, technical permitting, cross-functional coordination, and safety-critical infrastructure processes.

New St. Paul's Hospital Project · Vancouver, British Columbia · 4 months

• Supported construction quality processes on a large, multidisciplinary hospital project, including field inspections, deficiency follow-up, and document coordination.
• Participated in indoor air quality (IAQ) and infection prevention and control (IPAC) inspections and compliance activities.
• Reviewed technical drawings and submittals, verified field conditions, and assisted with RFIs, site instructions, and coordination between disciplines.
• Worked with tools and workflows involving Revit, DroneDeploy, CUPIX 360, and construction documentation.

Employer-owned records, drawings, project data, and internal tools are not published in this repository.

Burnaby, British Columbia · October 2020 – December 2024

• Accumulated over 4 years of experience across technical product operations, customer solutions, inventory management, and retail process optimization.
• As a Home Solutions Advisor, provided technical product recommendations, assessed customer requirements, and developed tailored solutions involving consumer electronics, computing, and home technology.
• Achieved the highest Best Buy Protection (BBP) attachment rate during the 2023 holiday season and maintained an 11.1% attachment rate over four months in 2024, ranking among the district's top performers.
• As a Product Processing Specialist, introduced a two-way communication workflow that improved operational efficiency by approximately 20%, while supporting inventory accuracy, logistics, and interdepartmental coordination.
• Recognized through the Best in Blue program and contributed as a Business Excellence Team (BET) member, supporting store performance and continuous improvement initiatives.

Selected published engineering projects spanning mechatronics, embedded systems, robotics, automation, digital electronics, and software development. Each repository includes project documentation and the implementation artifacts available for public sharing.

For additional projects, background, and visual demonstrations, visit my engineering portfolio.

Bachelor of Applied Science (BASc) — Mechatronic Systems Engineering
Expected graduation: December 2026 · British Columbia, Canada

My academic work combines mechanical engineering, electronics, embedded programming, robotics, control theory, and systems integration. Coursework and technical projects have included C/C++ programming, digital logic with VHDL/FPGA tools, mathematical modelling, control-system analysis, mechanical design, and electromechanical prototyping.

Industry co-op experience: 12 months across FortisBC and PCL Construction.