CS3733 Software Engineering (in collaboration with Brigham & Women’s Hospital)

Java

Ten person student teams working in a class competition to apply Agile development methodologies and software design patterns in Java to create an indoor pathfinding application, map builder, COVID-screening survey, and integrated service request modules for Brigham & Women’s Hospital. The software systems that student teams created were to inform the hospital representatives about potential features, user interfaces, or design approaches that they might consider implementing.

  • As a project manager, I was responsible for managing project tasks, coordinating the team, and keeping all of the members motivated
  • As a product owner, I maintained the product backlog and sprint backlog. I also coordinated the team’s sizing and prioritizing of user stories
  • As part of the UI team, wrote code daily to interface with the algorithm and database teams

    • CS4516 Advanced Networks

    Researched and implemented the creation of a “Centrally-Managed Perimeter Access Control” project, an OpenFlow powered software-defined network firewall for honeypotting bad-actors, based on paper by Prof. Craig Shue.

    Major Qualifying Project (MQP): Seethrough VR

    Worked with a team of six to create an augmented reality RC car application. Developed a webserver capable of remotely handling commands sent to a Raspberry Pi while streaming a video feed from an attached camera.

    Interactive Qualifying Project (IQP): Predicting the Price of a Stock

    Created multiple prediction models (Fourier, Savitzky-Golay) within MATLAB, utilizing real-world stock data sourced from(to make short-term price predictions during a simulated trading period.

    CS 4241 Webware Computational Technology For Network Information Systems

    Creation of a two-tier web application with a SQLite database, OAuth login, and React components.