We are developing rapid, reusable, and effective robotic Firebreaks on a serious scale.

Backseat Bivy offers you a way to sleep in your car that sets up in under one minute and can be stored in your glovebox. And it's extremely comfortable too.

Completed over 25 SR&ED applications across different disciplines: C02 sequestration; oil and gas machinery, drilling, and completions; robotics; lab equipment; mining and material refinement; control systems; and software.

Led teams to develop and commercialize new products, manufacturing processes, and field equipment.

Manage 20 people in mechanical, electrical, and control-system teams to design, test, and deliver complex, heavy-duty, and automated machines.Lead engineering and technical hiring team.

Grow and maintain intellectual property to advance business objectives (idea generation, prior art searches, figure preparation, applications, and office actions).

Completed concept to functional design and development of mechanical, electrical, and hydraulic machines. Associate roles in business development and marketing.

Design new and innovative products within small teams. Associate roles in business development and marketing.

Delivered extensive detailed design relating to oilfield equipment, included calculations, finite element studies, excel models, feasibility studies, and final design packages. Tested new machinery and hydraulic systems.

Research and development of water and wind turbines using scaled model testing in a water tunnel. Investigated wake development and propagation behind the rotor using laserimaging techniques to optimize efficiency. Designed and fabricated test equipment using CAD software, 3−axis mill and machine lathe.

Lead 20 students to organize social, industry, and charity events. Liaise between faculty, industry, and students.

Design and drafting of mechanical systems relating to oilfield equipment including top drive systems, hydraulic power units, and tongs.

Worked with lead engineers to create definition changes for production of the Twin Otter dash 400 series. Identified and solved various production issues during aircraft production and assembly. Drafted technical documents for mechanical assembly procedures of aircraft components, avionics equipment, wiring, and electrical devices. Ensured the clear communication of engineering definition between engineering and technical staff.Worked two four month internships from September - December 2009 and May - August 2010.

Evaluated methods to replace large assembly line robots for GM's Camaro carproduction−line. The testing required working directly with engineers and trades people to solveproduction−line issues; at times assembling and supervising small teams of technical staff.