Control System Design Engineer July 2022 – Present Olympic Controls, North Vancouver BC
- Designed HVAC building automation system control submittal packages, with wiring details, outlining DDC networks and controls for valves, motorized dampers, and sensors to be stamped and issued for construction.
- Successfully value engineered the design of multiple projects to be constructed for $10,000 less than the estimated project value resulting in greater company profit.
- Accommodated and coordinated project change orders by rapidly implementing engineering solutions according to mechanical specifications exceeding customer expectations.
- Assisted estimator by estimating retrofit and new projects, breaking down costs and creating proposals securing new and recurring projects, resulting in renewed business of over $200,000.
Control System Technical Engineer Feb 2022 – June 2022 Olympic Controls, North Vancouver BC
- Worked independently writing, testing, and commissioning EasyIO, Distech, and Honeywell DDC system-level controller software for building automation systems to facilitate fully automated HVAC equipment.
- Completed end-to-end checks, verified system operations, performed complex commissioning and system diagnostics from program level to sensor and actuator level ensuring the quality and functionality of each device.
- Presented to clients and lead walkthroughs of finished projects demonstrating the complete and functioning automated building system, showcasing parkade systems, pumps, fans, control valves, and motorized dampers.
Mechatronics Engineer July 2019 – Nov 2021
Eleos Robotics, Surrey BC
- Worked independently in prototyping a handheld, microwave-powered, weed destroyer, resulting in a successful demonstration video of the product.
- Created a detailed outline of the project with detailed circuit diagrams, instructions for assembly, and feasibility research outlining the value of the product.
- Conducted tests with the prototype measuring its efficiency in destroying weeds based on the time activated and size of weed to determine optimizations and upgrades for a second prototype.
- Researched and produced a comprehensive feasibility study outlining solutions that were implemented for supplying power to a 4160 VAC, 2000 W magnetron from 48 V DC batteries.
Co-op Engineering Student May 2018 – Sept 2018
Weir Minerals, Surrey BC
- Reported to the Engineering Manager, improved technical spreadsheets utilizing Visual Basic for improved automation, consistent results, and ease of use.
- Used AutoCAD to draft engineering drawings of complex pipes, flanges, and fittings that were stamped and manufactured in-house.
- Created a fully automated purchasing template that generates detailed drawings and specifications resulting in the engineering team saving over 10 minutes multiple times per day.
- Trained in AutoDesk ReCap 360, Bentley Pointools, and Process C3D Shell to construct 3D models produced by LIDAR sensors used in the design of custom fitted pipe systems.
