• Coordinating McGill’s largest annual cancer fundraiser, overseeing the organization of two weeks of continuous events with approximately 1000 student participants, raising over $50,000 for the Canadian Cancer Research Society.• Managed logistics by securing venues and negotiating with vendors to reserve all necessary resources, ensuring seamless execution of events. Developed effective strategies to meet deadlines and deliver a successful fundraising campaign.

• Advised a Robotics/AI start-up on their client acquisition strategy. Generated recommendations based on market research and analysis of recruitment practices against main competitors. • Provided consulting on company management practices, streamlining operations to support growth, efficiency, and expansion of market reach.

• Director of finance, overseeing all financial operations, including bookkeeping, budgeting, and financial reporting to ensure profitability. • Managing a team of 40 staff members, and coordinating the ordering, tracking, and management of inventory to maintain efficient operations.

• One of four members on the development team of the Bouncy Wheel Racing app (available on iOS, macOS, Android). Implementing realistic game physics to simulate fuel consumption, traction, compression, and power dynamics, enhancing the game’s authenticity. Using Git for version control, demonstrating strong command-line skills for efficient collaboration and code management in a team setting.• Engaging in extensive C# scripting to create interactive gameplay elements, contributing to the game’s core mechanics and feature set. Utilizing the Unity editor to design and iterate on game levels, incorporating various tracks, wheels, and environmental obstacles to provide diverse racing scenarios.\

• Leading and mentoring a high school team in this competition. The premise of the competition is that each team must build a safe that relies on the principles of physics. Points are given to a team according to how many groups are unable to crack their safe. The coaches are required to guide the students through the thinking, design and engineering process.• Ensuring the safe’s functionality and efficacy while teaching the students methods to crack other teams’ safes. Competing regionally to ultimately represent Canada in the finals at the Weizmann Institute of Science.

• Collaborating within the rocket team as a whole, the recovery sub-team and the ejection project. Contributing to the design and development of a reliable ejection system for a sounding rocket, involving iterative design processes, component testing in a vacuum blast chamber and integration into the rocket airframe to ensure successful ejection at apogee.• Utilizing CAD for machine drawings and programming in Java to develop a “recovery calculator,” enhancing the team’s capabilities for precise calculations of critical parameters in rocket recovery subsystems.

• Establishing and operating a successful sole proprietorship specializing in golf club cleaning. Managing day-to-day operations, from client communication and scheduling to club pickup, thorough cleaning and timely club return. Initiated a cleaning and polishing facility in my garage to maintain high-quality standards for club cleaning.• Leveraging effective marketing strategies, to achieve an impressive $1500 in sales within the first week of operation. • Hiring, training and supervising an additional employee to meet increasing demand, ensuring consistent and timely service. Cultivating strong customer relationships through service quality and personalized interactions, resulting in a loyal client base with over 80% client retention for the following season.

Live, online summer intensive run by MIT and Stanford researchers, alumni and graduate students to learn about artificial intelligence. The course covered programming skills in Python and the theory and mathematics behind machine learning algorithms.