• Advancing the design of deployable hyperspectral imaging telescopes.• Planning and leading mechanical design activities for hyperspectral payload development.

• Designed and tested a prototype deployable hyperspectral imaging telescope for a CubeSat.

• Developed and delivered training programs for students to safely use manufacturing equipment e.g. CNC mills, waterjet cutters, and 3D printers).• Prepared hazard assessments, operating procedures, and maintenance schedules for manufacturing equipment.• Lead teams of co-op staff on projects to commission equipment and optimize makerspace operations.• Completed rapid-response design and manufacturing projects for Alberta Health Services in response to COVID-19.• Consulted and mentored students on manufacturing, CAD, and mechanical design.• Troubleshot and resolved equipment errors and malfunctions.

• Developed repeatable methods to report the global research impact of Future Energy Systems.

• Designed and constructed Stirling engines for research using 3D printers.• Built, programmed, and tested thermofluid measurement systems.• Wrote data acquisition, data processing, and simulation programs in MATLAB.• Managed research project scope, priorities, and timelines.• Wrote academic publications and delivered conference presentations.• Fabricated parts with 3D printers, laser cutters, and CNC mills.

• Instructed drafting and design labs with Solidworks.• Marked assignments according to ASME drafting standards.

• Reverse engineered and redesigned a Stirling engine for instrumentation and experiments.• Performed simulations on heat exchangers and kinematic mechanisms in SolidWorks.

• Altered existing product designs to suit client needs and meet industry standards.• Created CAD files and mechanical drawings of new and existing products in SolidWorks.• Collaborated with tradesmen to improve product manufacturability.• Completed final assembly of fabricated parts and welded structures.• Assisted tradesmen with fabrication.