PROFESSIONAL SUMMARY
A Mechanical Engineering Technology student with a Bachelor of Management, specialising in mechanical systems design, prototyping, and applied experimentation. Demonstrates strong systems-architecture thinking, strategic modelling capabilities, and refined analytical judgement across engineering, product, and behavioural domains. Recognised for exemplary project execution, high-precision fabrication, and disciplined problem structuring.
EXPERIENCE
Calgary, Canada
- Developed analytical models and cost/workflow/scenario analyses
- Applied systems thinking to operational challenges
Kelowna, Canada
- Delivered structured instruction and academic support
Calgary, Canada
- Supervised operations and led cross-functional staff
- Ensured quality control and process consistency
EDUCATION
SKILLS
- Mechanical prototyping, fabrication, material selection
- Pneumatic systems, energy transfer, kinematics
- UX system mapping, workflow design, interface diagnostics
- Strategic modelling, scenario analysis, risk mapping
- Statistical modelling, behavioural data analysis
- Problem structuring, objective decomposition, function analysis
- SolidWorks (if applicable), CAD basics, FEA fundamentals
- Excel (advanced), Notion, data-analysis workflows
- Documentation systems, UX diagramming, presentation design
PROJECTS
Designed and fabricated an elastic-band-powered roller vehicle capable of autonomous straight-line travel targeting a 10-metre range. Achieved the closest approach in class and validated repeatability with five consecutive successful runs; instructor selected the submission as an exemplary model.
Engineered a launch system using only repurposed plastic and pneumatic pressure generated from manual jug compression. Achieved a top mark of 97% (A+), demonstrating high construction quality, aerodynamic refinement, and reliable performance beyond the 10-metre requirement.
Led architecture diagnostics and retention-loop redesign for a health-technology platform, addressing user-flow friction and institutional adoption barriers. Delivered dual-channel growth strategies anchored in CAC, LTV, and funnel performance metrics.
Reverse-engineered Uber's operational framework and modelled disruptive scenarios across autonomy, logistics, regulation, and post-COVID dynamics. Produced a foresight model identifying long-term viability constraints and resilience opportunities.
Conducted lifecycle, segmentation, and brand-equity analysis to reposition a legacy lifestyle brand for emerging identity markets. Built a forward-capture strategy balancing modern consumer cues with heritage preservation.
Co-led a mixed-methods psychology study evaluating correlations between physical activity and emotional well-being. Executed survey design, statistical testing (r = .24), and academic poster presentation for a research showcase.