• Supply Chain

    at Thinkmax

    July 2018 - at Present


    Implementing Microsoft D365 ERP solutions to improve business process flow and increase industrial process workflow. • Created and Managed security roles and user access to the system, problem solving and troubleshooting are highly essential in successfully determining user access • Created training documentation for end users; created clear and concise process explanations crucial to the clients understanding of the system • Helped restructure and redesign the returns process, in order to increase automation and limit errors and multiple correspondences between Distribution and Ecommerce • Manage 20+ integrations critical to operation workflow • Enhancements to the Order to Cash process for multiple small cycle improvements, to adapt for new functionality

  • Founder, Team Lead, Mission Specialist - ORVEL Project

    at Queen’s Reduced Gravity Club (QRGC)

    September 2017 - September 2018


    Created and lead the ORVEL (Observation of Ring Vortex Evolution in Liquids) Project, to run our experiment in the SEDS Canada, Canadian Reduced Gravity Experiment Design Challenge. Lead the team to a great success and achieved the highest honour of the Magellan Aerospace Award for High Excellence in the competition. • Designed an experiment that’s aim was to explore the way the shear layer of a vortex ring behaves differently in space. The experiments application was to link the effect of microgravity on human red blood cells. • Assembled team, organized meetings, delegated tasks to team members based on strengths and interests • Wrote comprehensive and extensive technical reports on the scientific merit of the design and the important safety factors • Oversaw productivity and consistently motivated the team to work together creatively and efficiently

  • Research Assistant

    at University of Toronto

    May 2017 - August 2017


    Analyzed big data from Paper and Pulp Mills, using multivariable statistical software SIMCA • Discovered 10 new correlated variables in the data analysis • Created turbulent models based on real free stream and impingent jet stream data using CFD; ANSYS Fluent and ICEM • Tested accuracy of k-‘epsilon’ models with different coefficient values and model parameters, compared to data from physical experiments, to impose a better turbulence model


  • Applied Mathematics and Mechanical Engineering

    at Queen's University

    2014 - 2018 (4 years) Ontario


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