GRAEME LAWSON

Manufacturer of advanced fire fighting aircraft.

• Developed detailed 3D models and drawings for aviation components and tooling.
• Collaborated with teams to refine design specifications and improve product functionality.
• Mentored junior draftsmen on best practices in CAD software usage and drafting techniques.
• Conducted quality checks on completed drafts, identifying errors and ensuring precision in final outputs.
• Managed drawing changes.
• Created current system for tank transportation: concept, 3D design, and drawings.

Manufacturer of disinfection equipment for the life sciences, medical, and pharmaceutical industries.

• Developed and prepared engineering designs, drawings, and sketches.
• Prepared documentation packages and drawing sets for fabrication.
• Interacted with fabricators to develop engineering designs.
• Interacted with sales and project managers to ensure project requirements were met.

Startup company developed proprietary hockey skates for synthetic ice.

• Prepared 2D drawings and 3D models for prototyping.
• Conducted experiments for product development.
• Generated concepts for product development.
• Produced summary reports for research grants.

Building envelope engineering company.

• Prepared specification and contract documents.
• Prepared building mechanical assessments and building depreciation reports.
• Drafted building mechanical upgrades and as-built drawings.
• Prepared construction cost estimates.

Manufacturer of pulp and paper products.

• Identified and mapped mill's freshwater and compressed air usage points.
• Improved the Energy Management Information System (EMIS).
• Created Energy dashboards for water and compressed air systems.
• Facilitated end use assessments for water and effluent systems.
• Surveyed status of water conservation projects across mill.
• Created monthly energy awareness memorandums.
• Wrote report and gave presentation summarizing Catalyst's Energy Management Information Systems (EMIS) to management.

Manufacturer of re-deployable shelter systems for military, medical, and remote applications.

• Researched alternative energy options for shelters including photo-voltaic, energy storage, and hybrid generator technologies.
• Evaluated efficacy and suitability of various photo-voltaic technologies.
• Specified renewable energy system components intended for re-deployable shelters.
• Produced renewable energy report.
• Reviewed shelter mobilizer design; corrected error in design specification.