Developed a Python client-server model to monitor and validate Orbi Topology Optimization against TCP data rates, generating PDF reports on the network topology over time, which speeds up customer support by 90%.Took initiative for constructing multiple labs. This Involved AutoCAD layout prototyping, numerous test resources, an executive team, and task management to improve our Orbi mesh product’s development environment.Utilized Jira and GitHub for tracking project progress, collaborative development, and distributing scripts.

UBC Solar is an engineering design team focused on building a Single-Occupant-Vehicle (SOV) class Solar Car to compete at FSGP (coming up in 2025!), ASC, and even WSC 👀. Below are my accomplishments as the EMBD Co-Lead.Led the start-to-finish of key projects on our 6-member team, surpassing planned goals for the year.Proactively strategized EMBD’s future with Solar’s executives by planning recruitment, resource management, member onboarding, and EMBD projects by consulting other teams and translating strategy requirements.Focused on simplifying our EMBD systems, such as the driver dashboard and motor control system, by collaborating with other electrical sub-teams to reduce unnecessarily complex components inside the systems.Performed routine design reviews and pushed documentation of all decisions and work using monday.com.Conducted reviews and approvals for GitHub PRs and planned releases for our firmware and Python repositories.

Developed our telemetry and motor control system by configuring FreeRTOS middleware and CAN, I2C, UART, and DMA peripherals for STM32F103RB chips on custom PCBs. Wrote the firmware using VSCode.Designed a Python Flask backend to read PCAN, XBee radio, and randomized data using threading and cantool libraries. The backend parses, stores, and visualizes CAN data on InfluxDB and Grafana.Architectured and wrote a CAN Autogen Layer to reduce production bugs and simplify FW development.Efficiently debugged issues using STM32CubeIDE’s OpenOCD + GDB server to use a StackAnalyzer and Expressions which assisted in identifying bugs in our telemetry and main control board firmware.Integrated a Kvaser Memorator 2xHS Pro using Kvaser’s ‘t’ programming language to generate RTC timestamps as CAN messages. Wrote the firmware to sync our TEL board’s RTC for 1ms resolution data logging.Automated SD card upload using canlib, and repository setup with a bash script to optimize data acquisition.

UBC Agrobot is a design team focusing on building future-proof farming technology in a student-run and professional environment. In my role as an applied AI developer, I use computer vision techniques and machine learning to tackle our projects. I have worked on contouring plant images to find the precise outlines of plants while discriminating weeds and anything else. More recently, I have been working on training a YOLOv8 to create bounding boxes for crops and weeds.

I worked as both a marker and an instructor who provided immediate feedback on students' work to assist them in their academics as well as work ethic.

As the VP of finance, I managed and supervised accounting for accuracy, oversaw financial transactions, worked with President on incentives, and Motivated team performance.