- Generated power curves as a function of turbine yaw error, to adjust misalignment for on-site turbines. - Developed a dynamic curve fitting algorithm using a cosine-cubed function to fit data for any site in MATLAB.- Successfully detected yaw error and applied necessary offsets to fix the error, ultimately saving ~1%, which is >$60,000 in the Annual Energy Production (AEP) of the turbines affected; with flexibility to add more turbines in the future to the program.

- Generated crucial weekly and monthly performance updates for all solar and wind fleets by retrieving meteorological and production data using custom Python scripts and SQL queries and analyzing it using MATLAB programs.- Revised all reports to retrieve insights in performance by implementing more accurate data analysis.- Initiated and applied automation strategies to enhance reporting efficiency by over 150% using Python and MATLAB.- Created data rich dashboards for the power team to visualize and interact with performance reports using PowerBI.

Collaborated with different team members on tasks such as: - Using a data driven approach to analyze historical data to predict gearbox failures in MATLAB. - Meticulously modelling a wind site throughout my term on EasyPower to perform arc flash analysis. - Sourced HV cables based on required specs from North American vendors to reduce lead times.

- Lead a team of four people to develop a custom dynamometer while working in conjunction with the Mechanical Team to test and verify the motor's operation- Developed a program to utilize an amplifier to enhance the output from a load cell and convert the collected data to display corresponding torque values using a microcontroller- Developing the implementation of a hall effect rotor encoder to measure rpm and plot live data through the microcontroller onto a display to see the effects of the load on the motor in real-time

- Selected a DC-DC converter based on multiple factors such as the desired output voltage compared to the input voltage, the output current range, cost, power requirement of combined components- Built a testing platform and used a suitable load resistor to validate the functionality of the converter- Focused on safety when testing by adding heatsinks, fuses, increasing wire gauge, and soldering under fume hoods- Researched to develop a custom made converter that better suited our needs

- Member of the student-led team combining various disciplines to develop a high-performance electric racing motorcycle- Engaged in detailed research about relevant electrical topics to provide insight in sub-team meetings- Collaborated with the Mechanical team to design constraints such as size, space, inlet/outlet pressures, and the feasibility of implementation for cooling- Investigated multiple cooling options such as different sized pumps, cooling methods such as liquid cooling and air cooling, and suggested a few solutions to sufficiently cool the motor- Researched multiple motor options for a new bike, taking into account size, weight, the desired voltages and currents, output RPMs, and torque - Selected three options while compiling a comparison chart to allow the team to decide on which motor to choose and what specifications were the most desired

- Provide technical expertise to customers in the Computing Solutions department- Extended to other departments to be able to adapt to the dynamic nature of the store- Communicated with customers to identify their needs and offer a complete solution tailored towards the specific requirements- Assist with setup during various holiday events and cleaning during bounce-back season