I'm a 1st year Master's student at the University of Toronto, studying Computer Engineering and reasearching applications of Graph Neural Networks. I have extensive experience in AI & software through many projects and internships
Experience
Lacra Pavel's Research Group
Research Assistant
August 2023 - May 2024
- Working on improving Nash Equilibrium-seeking techniques using Reinforcement Learning by utilizing Q-Learning and Passivity-based Control in both continuous and discrete time to optimize convergence to stable Nash Equilibrium in hypo monotone games
University of Toronto
Teaching Assistant
September 2023 - December 2023
- Teaching Assistant for: Introduction to Programming (ESC180) in Python, Algorithms & Data Structures (ESC190) in C
Walmart
AI Efficiency Engineer
January 2023 - September 2023
- Collaborating with various teams such as Marketing, Finance, Replenishment, etc. to create an efficient promotions process via an AI-based approach using AWS, React, Typescript, and Python
- Mobilizing the use of AI-reliant tools in the workplace by creating a Neural Network to complete price entries on flyers
Max-Planck Institute
Software Engineer Intern / Research Associate
May 2021 - August 2023
- Cultivating a GUI and server-based system for the University of Hamburg and MPI to use for virtual experiments at the University of Hamburg
Implementing an SQL database to handle several IP addresses, ports, and client data
University of Toronto
Engineering Consulting Association
Team Lead
September 2021 - April 2022
- Working with FLAPCanada, created a Binary classification Neural Network to classify if a window is safe for birds or not and deployed it as a web application for users to identify if their windows are safe
Content Turbine
Software Engineer (Freelance)
December 2020 - September 2021
- Built NoSQL datastore and caching modules for the Akka Play! and Vert.x frameworks in Java using Singleton and Dependency Injection (DI) design patterns, and reactive programming, with Guice and JUnit unit testing
Projects
- Spearheading cutting-edge research into Nash Equilibrium-seeking techniques using Reinforcement Learning
- Utilizing techniques such as Q-Learning and Passivity-based Control in both continuous and discrete time to optimize convergence to stable Nash Equilibrium in hypo monotone games
- Worked alongside Sunnybrook Trauma to create various models such as LSTMs, Sarima, Neural Prophet, and various regressions to predict trauma volume by hour and severity per day
- AMSaD streamlines malaria diagnosis using an adaptive stage and a CNN-based Diagnostics Tool, enhancing testing efficiency for eHealth Africa (eHA)
- AMSaD targets Nigeria's malaria challenge by optimizing healthcare procedures with advanced technology, aligning with eHA's mission and addressing specific stakeholder needs
- AMSaD emphasizes integrating the adaptive stage onto existing microscopes and selecting relevant training data for the CNN-based Diagnostics Tool, ensuring effective malaria diagnosis within eHA's healthcare system
- Created a user interface to interact with a system that automatically scrapes, tracks, and updates prices utilizing SQL
- Utilized React, Flask, and Playwright to create a UI for the user to interact with, and Bright Data to scrape values from Amazon
- Analyzed the COMPAS dataset historical data to examine the probability of an offender to commit another offense
- Examined the False Positive Parity of predicting recidivism based on race while excluding demographic information
- Created an Adversarial Learning Procedure to counter-predict against the initial regression model predictions