-Mechanical design, FEA, prototyping and full scale testing for new hoisting and cementing equipment.-Leading mechanical design activities for electro-mechancial, and instrumented tools-Coordinating design efforts between mechanical and electrical engineering teams-Integration of industrial additive manufacturing technology into business processes

Pipeline Integrity and OperationsProbabilistic risk modellingDevelopment of 3rd party mechanical damage fault tree

-Develop new products with a collaborative team of product development engineers-Led the integration of additive manufacturing technology into the Product Engineering space -Create CAD and engineering drawings using the SOLIDWORKS design environment-Validate designs using analytical modelling, Finite Element Analysis-Coordinate and perform experimental testing on prototype tools

- Design and prototype low temperature Stirling engines using the SOLIDWORKS design environment, and rapid prototyping manufacturing techniques- Use SOLIDWORKS Simulation to develop an automated analysis scheme for designing kinematic mechanisms for Gamma Stirling engines- Perform fundamental fluid mechanics research using Particle Image Velocimetry, including the design and manufacture of the experimental setups used in this research- Write budget management software to assist with long term budget planning for the project- Write grant applications to secure future funding for the lab research initiatives

-Developed image processing routines in MATLAB to study the effect of orthographic projection of cylindrical surfaces on the measurement accuracy of braided composite quality control measurements

- Designed and built a methyl carbitol flow loop for the testing and calibration of a sliding vane pump to be used for dosing fual additives- The fully instrumented loop contained a mass flow meter, differential pressure and back pressure meters- Conducted tests to determine the effect of component tolerances on pumping performance- Analysed experimental data in MATLAB

- Sized plumbing systems for commercial buildings- Design HVAC system for a northern health care centre- Attended site visits and consulted with architects to modify building floor plans- Assisted with technical drawings in AutoCAD

- Developed and updated preventative maintenance plans for mobile mining equipment- Consulted with mechanics and manufacturers to improve the systems at the mine site

-Assisted with non-destructive testing on mobile equipment including mag-particle and ultrasound- Performed vibration analysis on electric motor bearings and analysed collected data- Performed wear tests on belts and scrubbers during plan shut downs- Prepared reliability reports for equipment