About
Hi, I’m Jacob Chisholm, a systems-focused developer and engineering student passionate about bridging software with the physical world. I work across various domains including embedded systems, robotics, high-performance computing, and PCB design, often blending the knowledge to create efficient and performant systems.
Below is a brief overview of some of my skills and experience. References are available upon request.
Programming Skills
C
99%
Verilog
85%
CPP
80%
Python
70%
Bash
55%
SQL
25%
Other Skills
GDB
99%
Saleae Logic
90%
ModelSim
85%
Altium Designer
80%
Fusion 360 / Solidworks
70%
Wireshark
50%
ECE Advisor, Queen's Space Engineering Team
2024 — present
Consulting on the standardization of systems, migration from AVR to STM32 ARM, and the minimization and optimization of network traffic.
Researcher, Queen's University CAESAR Lab, Mithrl Lab
2024 — present
Working on the union of Supercomputing and Robotics, taking computationally complex algorithms and redesigning them to run in real time.
Electrical Lead, Queen's Formula SAE Racing Team
2023 — 2024
Electrical and Firmware Co-Lead aboard Queen's Formula SAE Racing Team. Worked on the transition from a combustion engine to a fully electric vehicle.
PD Coordinator, Queen's University Engineering Society
2023 — 2024
One of four Professional Development Event Coordinators for Queen's University's Engineering Society.
Engineering Student, Queen's University
2022 — present
I am Currently enrolled in Queen's University Electrical and Computer Engineering Innovation program (ECEi).
Lift Operator, ThunderBird Marine
2022 — 2023
Worked as a lift operator and yard worker at ThunderBird Marine. I was responsible for the safe and efficient operation of the 25 Metric Ton Marine Travel Lift, the 5 Metric Ton Hoist, and onsite forklifts. While employed, I earned my Forklift Operator's Certificate.
Ten Ton Robotics Team
2019 — 2023
Competed in the VEX Robotics Competition for four years. In grade 12, I competed in the First Robotics Competition as the lead of the programming and electrical subsystems. While competing in FRC, the team placed 1st in the Canadian Pacific Regional, and I was awarded the Innovation in Engineering Award for my autonomous ball indexing system. The team also placed 19th in the World Championships in Houston, Texas.