Member of the Senior Leadership Team responsible for the delivery of all Engineering Development and Manufacturing Programs at DRS Technologies Canada Limited.

Responsible for the development and delivery of Machine-Vision Cameras, Inspection Cameras, LWIR Cameras and and Scanning LiDAR Sensors for the Canadarm3 Lunar Gateway External Robotics System (GERS).

Responsible for the delivery of the Integrated Mission System into The Royal Canadian Air Force's CH-148 Cyclone Maritime Helicopter fleet.

Overall responsibility for the product development of the Drivers Smart Display (DSDU) and Commanders Smart Display (CSDU), transition from low-rate initial production through to full-rate production for the U.S. Army and Marine Corps Joint Light Tactical Vehicle (JLTV). 100% On-Time Delivery.

Overall responsibility for the product and customer-relationship management of multiple Rugged Computing and Display Programs in support of Stryker FoV, HMMWV, Bradley Fighting Vehicle, Armoured Brigade LAV.

Overall responsibility for development and delivery of ruggedized computing and display products into the Stryker Family of Vehicles.

Design and analysis of aerospace/automotive structures and thermal control systems.

-Provided remote and on-site mechanical engineering design and analysis services for Space, Automotive, and Rail industries.-Developed and delivered training in the use of Computation Fluid Dynamics, Thermal Analysis, Static and Dynamic Structural Analysis using a variety of FEA and CFD simulation tools.

-Provided technical oversight of sub-contractors for Canada's SciSat-1 mission.-Conducted thermo-mechanical analysis of spacecraft-bus and optical payloads.-Developed and implemented analytical methods to optimize the SciSat-1 mission orbital parameters resulting in modifications to the selected orbit and improved mission value against science objectives.-Simulated and optimized mission data downlink strategy, resulting in the refinement of the mission Ground-Segment.