Experience

I’ve had the opportunity to work on a wide range of projects from hands-on R&D through manufacturing and field implementation, learning from experienced engineers (and my own mistakes!).

Work experience

Feb '25 - Present

Mechanical Engineer-in-Training

Jenmar Concepts

After graduating, I joined Jenmar, an engineering consulting firm focusing on hydrogen and alternative energy applications. My work spans custom hardware, thermal-fluid analysis, process controls, instrumentation, and field implementation. I also lead projects directly with clients, carrying them from kickoff through detailed design, commissioning, and closeout.

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  • Developed a hydrogen cascade fueling system with temperature-compensated fill control for Underwater Autonomous Vehicles.
  • Designed and sized custom high-pressure counterflow heat exchangers using thermal analysis, heat-duty calculations, and NIST REFPROP real-fluid property data. Designed custom manifolds, high-pressure fittings, tubing, welded joints, sealing interfaces, and seal glands.
  • Implemented a hydrogen-blending installation for existing networks, evaluating blends up to 25% for pressure drop, flame behavior, gas dispersion, ventilation, hazardous-area classification, and low-ppm leak detection.
  • Defined control systems, I/O, valve sequences, fail-safe states, and emergency-shutdown logic; selected transmitters, flow meters, and actuated valves for the required process conditions.
  • Sized and selected regulators, safety-critical relief devices, and other high-pressure components based on required flow capacity, pressure and temperature limits, set points, and failure modes.
  • Led client-facing projects from kickoff and concept development through delivery of IFC engineering packages, commissioning, and closeout. Translated operating needs into requirements, coordinated multidisciplinary teams, and managed client reviews and approvals throughout.

May '23 - Aug '23

Mechanical Engineer Co-op

Noram Engineering and Constructors

During my four months at Noram, I worked on lithium electrolysis systems for high-purity lithium production. One project involved redesigning a compact test skid, consolidating two pressure vessels into one while preserving the surrounding layout. I also assembled electrolytic cells and created an illustrated assembly and safety guide for future builds.

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  • Consolidated two pressure vessels into a single T-shaped design within the constrained test skid, preserving liquid volume and gas headspace while minimizing fittings and changes to surrounding equipment.
  • Modelled the vessel and piping interfaces in SolidWorks, positioning ports to support fluid mixing, complete drainage, and venting.
  • Verified the vessel's structural integrity through hoop stress, beam bending, and adhesive joint analysis.
  • Reviewed P&IDs against plant requirements, procurement records, and design revisions to verify the final configuration.
  • Authored an illustrated electrolysis-cell assembly and safety manual.

Sep '22 - Apr '23

Product Design Co-op

ContainerWest Manufacturing

Over eight months at ContainerWest, I designed custom containerized products in SolidWorks and followed them from 3D models and production drawings through fabrication and delivery. Working directly with welders and other shop trades sharpened my approach to design for manufacturability and rapid iteration.

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  • Led the product design of a portable municipal lifeguard station, integrating electrical, HVAC, insulation, and adaptable plumbing into a compact container platform.
  • Developed configurable fire training structures with live fire props, ladders, access openings, and modular interfaces for realistic emergency response training.
  • Created SolidWorks models and production drawings covering welding, material, insulation, finish, and electrical-layout specifications.
  • Worked directly with shop-floor teams to resolve fabrication constraints and incorporate production feedback into designs.
  • Supported custom builds from estimating and procurement through production scheduling, inspections, and client delivery.

Sep '20 - Aug '21

Junior Engineer Co-op

AVL Fuel Cell Canada

My year at AVL was my first deep dive into hydrogen fuel-cell R&D. I assembled and tested PEM stacks, designed custom test hardware, integrated instrumentation and data acquisition, and investigated component failures. I especially enjoyed moving between product design, hands-on testing, and rapid prototyping.

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  • Assembled and tested PEM fuel-cell stacks, calibrating load cells, assessing load uniformity, and tracing leaks and component failures.
  • Designed instrument mount and tooling hardware such as a stainless steel push rod for GDL thermal-conductivity testing. I did this in PTC Creo, using tolerance and heat-transfer analyses to produce manufacturing drawings for CNC machining.
  • Commissioned a fuel-cell mapping board with distributed current, voltage, and temperature sensors. Integrated it with DAQ modules, calibrated its RTDs, and validated the system in an operating PEM stack.
  • Built an automated scan-processing script using the laser-line scanner SDK to measure bipolar-plate seal geometry. The script stitched individual scans into complete 3D surfaces for manufacturing validation and failure analysis.
  • Designed a leak-tight chemical-compatibility apparatus for Delrin degradation testing from standard components compatible with existing test stations.
  • Replaced machined Delrin voltage-measurement mounts with SLS-printed nylon hardware, enabling larger, lower-cost batches and faster design iteration.

Education

Sep '18 - May '24

Bachelor of Applied Science - BASc, Mechanical Engineering

University of British Columbia

Activities: UBC Supermileage Design Team.

www.supermileage.ca

Sep '21 - Aug '22

Student engineering team

Vehicle Mechanics

UBC Supermileage

My time with UBC Supermileage focused on vehicle aerodynamics and practical, low-cost ways to evaluate body designs before full-scale fabrication. I built and tested 1:5-scale models and adapted flow-visualization methods for use in the UBC wind tunnel. Our findings helped inform the design of the team’s next-generation vehicles.

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  • Adapted and documented a china-clay surface-flow visualization method for the UBC wind tunnel, revealing flow direction, separation, and high-drag regions visible on scale models.
  • Designed, 3D-printed, and assembled 1:5-scale vehicle models for repeatable wind-tunnel testing, managing part fit-up, alignment, and surface continuity.
  • Evaluated body designs through repeatable wind-tunnel observations, helping the team focus fabrication time and resources toward the most promising concepts.