Integrated Engineering · UBC

Systems Engineering with a Focus on Electrical and Mechanical Engineering

Hi, my name is David, and I am an Integrated Engineering student at the University of British Columbia. I previously worked at McCuaig & Associates as an electrical engineering co-op student, and I am currently an engineering operations co-op student at General Motors of Canada. Outside of work, I have taken on a number of personal and team engineering projects, and I am a member of the UBC Rocket engineering design team.

View projects Resume (PDF)

Now

Engineering Operations Co-op, GM Canada

Degree

BASc Integrated Engineering, 2029

Based in

Vancouver, BC

Looking for

Summer 2027 internships

Technical Experience

Sep 2026 – Present

Oshawa, ON

GM logo

General Motors of Canada

Engineering Operations Co-op Student, Equipment and Maintenance Systems

I support the digitization of equipment records, inspections, and maintenance workflows within Canadian Engineering Operations. This includes creating and updating asset, location, meter, preventive maintenance, and inspection configurations in IBM Maximo, and supporting GEETS records for lab and measurement equipment, including calibration and equipment assignment.

I review existing control sheets, logs, and tracking records to determine the right system of record for each type of information, then digitize recurring checks for equipment such as environmental chambers, load frames, EV chargers, HVAC systems, and machine shop equipment. I coordinate with equipment owners, administrators, and maintenance trades to confirm requirements, and write work instructions and handover material to support adoption of the new workflows.

I also work with test validation engineers on environmental durability testing of polycarbonate material samples. The samples are exposed to salt fog, hot, and cold conditions to characterize crystalline surface formations and the resulting changes in material strength. Alongside this, I support multiaxial impact testing on polycarbonate samples at temperatures as low as -30°C to evaluate cold-temperature impact performance.

I completed a 4-day Lean manufacturing course at GM.

Polycarbonate samples racked inside a salt fog test chamber
Polycarbonate samples in the salt fog chamber.
Three polycarbonate plates after multiaxial impact testing
Samples after cold-temperature multiaxial impact testing.

May 2026 – Sep 2026

Burnaby, BC

McCuaig & Associates Engineering logo

McCuaig & Associates Engineering

Electrical Engineering Co-op Student

Produced electrical design drawings, single-line diagrams, schematics, and panel layouts in AutoCAD for tenant improvements and building upgrades across 80+ active commercial, government, and private sector projects in the Lower Mainland. The work covered single-phase and 3-phase distribution systems from 14.4 kV utility service down to 600 V, 208 V, and 120 V branch circuits, applying the BC Electrical Code and Canadian Electrical Code.

Ran preliminary load calculations and feeder sizing checks per CSA C22.1, and performed lighting photometric simulations in AGI32 to validate illuminance levels, uniformity, and code compliance for renovation and retrofit designs.

Documented equipment condition on site, including service equipment, distribution panels, branch circuits, and BC Hydro pole and pad-mounted transformers, and drafted code-referenced condition assessments and scope write-ups. I also built and maintained Excel-based tracking tools and equipment logs that a four-person team used to monitor project status.

Attended manufacturer and project site tours, including an Eaton facility tour, covering switchgear, panelboards, and distribution equipment from Eaton, Schneider Electric, and other major manufacturers.

AGI32 photometric calculation over a building floor plan with luminaire schedule
AGI32 photometric calculation for a floor plan retrofit.
AGI32 lighting rendering of an ice arena
AGI32 lighting rendering of an ice arena.

Personal and Team Projects

Cinewhoop components laid out: printed ducted frame, flight controller, motors and battery
Personal buildApr 2026 – Present

Cinewhoop Drone

A custom 2.5-inch ducted quadcopter designed and built from scratch. I iterated through multiple frame prototypes and debugged the electrical system at the bench with a multimeter and oscilloscope, including continuity testing before first power-up.

SolidWorks F411 / ELRS 4S LiPo Soldering

View project →

The composite filament winder running at the UBC Integrated Engineering showcase
Electrical hardware leadDec 2025 – Apr 2026

Composite Filament Winder

A low-cost 4-axis automated composite filament winder taken from concept to working prototype, achieving ±1% winding angle accuracy. I integrated four stepper motors, TMC2209 drivers, and power distribution on a custom ESP32 PCB, and developed the C++ control software and a browser-based interface for running winding routines.

Custom PCB TMC2209 C++ Motion control

View project →

Engineering Design Team

A composite body tube under vacuum bagging in the UBC Rocket shop
Design teamSep 2025 – Sep 2026

UBC Rocket, Composites & Aerostructures

Fabricated carbon-fibre and fibreglass body tubes, fins, and nosecones for the team's 2026 IREC entry, Cloudburst. Shop work of about 10 hours a week covered tooling and mandrel prep, ply cutting, resin handling, cure checks, trimming, and QA on flight-ready parts. A 3-ply carbon-fibre tube tested on campus exceeded the lab's 100 kN compression tester without reaching failure.

Composite layup Tooling Structural testing

Volunteer Experience

Sep 2018 – Jun 2024

Yellowknife, NT

825 Royal Canadian Air Cadets

Warrant Officer Second Class (WO2)

Honoured veterans through annual Remembrance Day ceremonies, parades, and overnight guard shifts (about 100 total hours), and supported the Royal Canadian Legion's Poppy Campaign and community clean-up events (about 85 total hours).

Technical Skills

Enterprise & productivity

IBM Maximo, Microsoft Excel, Word, PowerPoint, Outlook, Lean Manufacturing Course

Software & CAD

AutoCAD, SolidWorks, MATLAB, LaTeX

Hardware & electrical

Embedded Systems, Arduino, Stepper Motors and Drivers, Soldering, Multimeters, Oscilloscopes

Programming

Python, C, C++

Materials & testing

Structural (Compression and Uniaxial) Testing, Carbon-Fibre and Fibreglass Layups, Resin Handling

Portrait of David Kwong

About

Why Integrated Engineering?

Integrated Engineering at UBC is a generalist program covering electrical, mechanical, and software disciplines. I chose it because the projects I wanted to work on required all three. My strongest areas are electrical and mechanical design, and the work I take on usually sits where those two have to be reconciled with each other and with the software controlling them.

I grew up in Yellowknife and now study in Vancouver. Outside of school, I enjoy skiing, hiking, building Lego, hanging out with friends, and working on personal projects.

NAPEG Scholarship2025
Smitty Muyres Memorial Scholarship2024
UBC Presidential Scholars Award2023
Engineers & Geoscientists BC, Student Member2025 – Present

Team Project

Filament Winder in Operation

Engineering Design Team

Cloudburst Launch, Launch Canada 2026

UBC Rocket launching Cloudburst at Launch Canada 2026.

Looking for a Summer 2027 internship in electrical or mechanical engineering.

David.Kwong05@gmail.com Resume (PDF)
github.com/dkwong02 LinkedIn +1 (867) 444-3388