Real work environments
Almost a decade working on B.C. construction sites, northern Alberta oilfield shifts, and airport operations where safety and sequencing always matter.

Candidate Profile
Mechanical Engineering Student | Field Experience + Technical Design
Mechanical engineering student at the University of Calgary with a biomedical engineering minor, building toward roles where practical field experience, technical design, and clear documentation matter.
Why Interview Me?
I am still building my engineering base, but I have spent years around real equipment, jobsite constraints, safety procedures, and working teams. That experience gives me practical context, good questions, and a starting point I can keep improving from.
Almost a decade working on B.C. construction sites, northern Alberta oilfield shifts, and airport operations where safety and sequencing always matter.
Used to seeing how access, weather, tolerances, tools, schedules, and people affect whether work can actually get done.
I am used to learning site-specific SOPs, asking questions before acting, and treating the standard as part of the work rather than paperwork.
Actively developing 3D CAD, ANSYS, MATLAB, Excel, Python, and engineering documentation skills through coursework and projects.
Experience Log
Work, education, service, and field experience in sequence.
Selected Work
Three examples that connect hands-on build work, engineering analysis, and technical decision-making.

Mechanical / Energy Systems
Mechanical team work on teardown and parts reuse, mold and roll-cage manufacturing, material sourcing, and budget-aware decisions during a one-year vehicle build that reached a rolling chassis.
Biomedical / Data Classification
Classification project focused on predicting sepsis-related patient outcomes using clinical variables, model comparison, and clear interpretation of results.

Thermal Design
Thermal design project comparing CPU/GPU cooling concepts, radiator sizing, cold plate ideas, and cost-aware system tradeoffs.
Skills
Mechanical design, coursework, and drawing-based build work.
Calculations, lab work, plotting, sizing, and coursework.
Programming and data handling used across coursework and projects.
Aviation, oilfield, and construction habits from real worksites.
Contact