• Product design and development;• Designed and prototyped several 3D printed, machined, cast and formed products including a burner assembly and subcomponents, ensuring compliance with applicable codes• Applied mechanical and electrical engineering theory to select, calibrate and install instrumentation, including wiring to a Burner Management System (BMS)• Designed piping, instrumentation and structural layout of fuel skids, working in collaboration with a professional structural engineering subcontractor• Developed piping and instrumentation diagrams (P&ID’s), wiring diagrams, and inspection and test plans (ITP’s) for fuel skids and industrial equipment• Performed thickness and pressure component calculations to ensure piping and components met or exceeded thickness requirements• Product testing and commissioning;• Developed detailed test procedures to improve product reliability and capability• Designed a data acquisition system to effectively capture necessary test information while handling the designed set points• Safely test-fired burners to ensure reliable ignition, flame stability and flame detection• Commissioned line heaters on-site to ensure reliable operation, including trouble-shooting of issues • Designed and delivered a training program for technicians on the proper installation and operation of a Utherm; a unique high efficiency line heater• Project management;• Demonstrated leadership by organizing welders, instrumentation technicians and laborers to effectively complete the project on time and budget, and in accordance with design specifications• Provided technical assistance and mentorship to junior engineers at the company• Developed and implemented automatic title block updates in Solidworks, successfully improving the efficiency of the drafting team, and saving the company approximately 140 hours per year

• Self-motivated, demonstrated by required initiative to determine research project direction and scope.• Used strong analytical ability to determine the optimum blade de-icing strategy for large scale, horizontal axis wind turbines using advanced heat transfer and fluid dynamics calculations.• Consulted with several wind energy and icing mitigation specialists to align research with current industrial practices.• Used a unique approach to accurately model the de-icing of wind turbine blades using Matlab software• Advanced my technical writing skills in the development of a 130 page thesis.• Effective communication skills demonstrated by an ability to work with industry experts and presenting the results to an advisory committee.

• Demonstrated ability to clearly articulate difficult concepts through leading weekly laboratory experiments to investigate different vibrations phenomenon. • Proven time management skills highlighted by an ability to fulfil marking responsibilities, while assist with research, and complete graduate level courses.• Improved learning material effectiveness and increased student engagement by continuously improving the laboratory teaching material.• Taught students how to obtain meaningful data using accelerometers, load sensors and Labview software.

• Implemented Six Sigma analysis to identify common and recurring defects in the manufactured components.• Used advanced techniques in Microsoft Excel to manage and statistically analyze large sets manufacturing data.• Prepared technical Quality Assurance Reports to summarize findings in a clear and concise manner. • Six sigma analysis directly resulting in reduced variability of components and costs.• Applied the continuous improvement philosophy to increase the productivity of the team in order to keep up with demands.