Led an average of 8 co-workers into serving burgers, fries, and pizzas on time. Communicated in a team to ease orders. Worked for the satisfaction of 500+ customers, managers, and co-workers by taking initiative for ingredient prep, upholding safety regulations, and cleaning areas after the facility was closed. Developed and executed the ability to alleviate conflicts in a demanding work environment.

Highlighted skills customer service by recommending items, recording or performing orders, and taking immediate action when an order or sale discrepancy was encountered. Performed 20+ store-wide announcements and answered 50+ calls to enhance communication skills. Safely disassembled and cleaned 4-6 pieces of heavy machinery for future use, independently followed procedures to close the department adequately.

Currently collaborating with a group of 3 Queen’s students to design a website that processes and and visualizes walking and jumping data from CSV (Comma-Separated Value) files. Used Numpy and h5py to store a collection of 30 data samples into an organized HDF5 file. Utilized MatplotLib and Pre-Processing techniques to extract and display clean iterations of all data samples. Currently designing a logistic regression model to classify ‘walking’ and ‘jumping’ data and a graphical interface via PyQt5.

Employed skills in Microsoft Excel to analyze and compare reservoir and radiator cost and performance data to optimize a Jeep Wrangler's customized HVAC (Heating, Ventilation, and Air Conditioning) system. Compiled and presented research to 80+ students to maintain communication across all sub teams.

Guided a group of 5 Queen's students into designing a website (JavaScript and HTML) and an Arduino device that grades and analyzes a candidate's ability to multitask under stressful conditions. Communicated with the Toronto Police Department's Operations Supervisor to ensure that the device aligned with design specifications, resulting in a product deemed a runner up for Queen's University's Mason Cup. Organized team deadlines by utilizing work breakdown structures on Youtrack and used proficiency in Microsoft word and PPT to present evaluation matrices, risk mitigation logs, and graphs that quantified the device's safety and functionality.