Categorized over 25 critical vehicle locations for vibration loading and temperature & humidity cycling.

Used MATLAB to analyze over 1 billion vibration data points from tri-axis accelerometers to create a series of power spectral density curves for 10 autonomous vehicle sensor locations.

Created temperature profiles for 10+ vehicle locations using temperature sensors to monitor exterior sensors and the internal computing system.

Determined residual torque values of a new thread locking compound for various bolt sizes.

Wrote multiple Standard Operating Procedures (SOPs) for new testing hardware.

Improved internal tool tracking system for part sign out and return.

Designed a precise and autonomous landing system for outdoor and indoor UAV’s used to charge and dock a drone between flights (0.5in of accuracy).

Designing an autonomous long range (1 - 5 km) drone tracker that receives live flight data when out of range from standard communication options.

Worked with surgical staff from over 20 hospitals across North America with the goal to provide early warning of surgical sampling to doctors.

Generated multiple wireframe concepts that I used in over 200 customer interviews to determine key product features.

Generated over 1000 + leads to conduct customer interviews using customer relationship management (CRM) software.

Designed a high-temperature (800°C) flow restricting nozzle and seal for galvanizing equipment that cut operating costs by 50% equating to approximately $10,000 in annual savings.

Statistically analyzed galvanizing process line equipment to determine the accuracy and consistency of the zinc coating layer using Excel and VBA.

Wrote over 25 VBA macros to increase data input rate by 40% along with reporting excessive natural gas burning of deep sea oil drilling facilities.

Led the approval process for changes to deep sea oil wells for companies like Exxon Mobil, Husky Energy and Suncor by working with CNLOPB’s C-Suite Executives.