01AI-assisted operations
Making room for better operations.
A repeatable inquiry workflow and a targeted booking fix for a busy, 200-seat restaurant.
JOEY Restaurant Group
~45 → 5 minTypical drafting & triage
View case study 01Technology · Design · Operations
Complex
systems.
Made useful.
I’m Cam. I connect code, people and processes to turn complicated problems into systems that work.
Implementation / Solutions / Automation
A study in connections
Illustrativeparametric study
Connect simple rules into a coherent structure.
Drag / arrow keys02Selected work
Systems, in practice.
Find the friction. Understand the constraints.
Build something people can actually use.
02Computational design & fabrication
From a line of code to a physical system.
A Python-to-CAD-to-robot pipeline connecting design intent with the constraints of fabrication.
University of Toronto · Master’s thesis
Code → CAD → RobotConnected fabrication workflow
View case study 03Content production systems
Build the system. Then scale the work.
Reusable templates, clear standards and a practical handoff that made repeat production dramatically faster.
Erickson Coaching International
>5h → ~10mRepeat-format production
View case study 03How I work
Curiosity, translated into practice.Make it work.
Make it make sense.
- 01
Understand
Start with the people doing the work. Map the process, find the friction, and distinguish the symptom from its cause.
- 02
Design
Turn the problem into clear requirements. Work through the constraints and decide where automation helps, and where human judgment belongs.
- 03
Build
Connect the tools, test the difficult cases, and make the workflow reliable enough for everyday use.
- 04
Hand over & improve
Write the guide, walk people through it, and check whether it actually saves time or reduces mistakes. Leave a system others can maintain.
04A little context
My work has taken me from debugging Java with students to coordinating a busy restaurant floor, rebuilding a learning platform’s production workflow, and writing Python that drives a robot.
Across those settings, I’ve learned to ask useful questions, trace the source of a problem, and make the solution understandable to the people who will use it.
Now I’m bringing that mix into technology implementation, solutions and automation. I’m especially interested in work that combines hands-on building with real operational responsibility.
Education & credentials
Master of Architecture
University of Toronto
Computational design · GPA 3.8BFA, New Media
Toronto Metropolitan University
With Distinction · GPA 4.0Back-End Developer Certificate
Meta
Python, SQL, Django, REST APIs & Git