Rowan University Dual Degree Student
My name is Greg, I'm a software developer specializing in designing and implementing scalable,
high-performance applications. I have a strong emphasis on code quality, system architecture,
and security best practices. My background in both software engineering and cybersecurity has
provided me with a detail-oriented and analytical approach to developing robust and maintainable
solutions that align with business and technical objectives.
Outside of work and school, I’m really into tech and love tinkering with software and hardware projects when I have the time. I’ve always been drawn to cool new gadgets and ideas since I was a kid. For fun and to unwind, I spend time gaming on PC or PS5, and I’m into anime, cartoons, and a good mix of live-action shows and movies.
A portfolio of technical projects showcasing a mix of self-driven development, academic coursework, and certification work. Each project reflects practical application of skills in software development, system design, and problem-solving. For technical documentation or code samples, please reach out.
This Java-based application is designed to function as a secure password manager. It supports user account creation and login functionality, with each user maintaining an isolated password vault. Stored credentials are encrypted when the application is closed, ensuring data confidentiality. This project demonstrates core concepts of file I/O, encryption, and basic user authentication.
A collaborative senior capstone project, Route rEVolution is a web-based application designed to support electric vehicle (EV) trip planning. Utilizing the Google Maps Routes and Places APIs alongside the National Renewable Energy Laboratory (NREL) APIs, the app allows users to plan trips with intelligent routing that displays EV charging stations along the route. Users can register accounts, and save routes using JSON-based storage. The project emphasizes API integration, account management, and usability for the growing EV market.
Developed using the Flutter framework, this cross-platform mobile application provides a centralized hub for Rowan University’s Family Weekend. It integrates external content such as social media feeds, the official event schedule, ticketing, and sponsor information. The app is designed to deliver a seamless user experience on both Android and iOS platforms.
A semester-long academic project centered around full-stack web development. The website is powered by a MySQL backend and utilizes PHP for server-side scripting, enabling dynamic generation of content based on database records. Key features include user authentication, session management, form handling, and data retrieval using SQL queries. Frontend elements were styled using HTML and CSS.
This web application enables users to create and manage custom fictional languages for personal or creative use. It supports building translation keys between English and user-defined languages, and offers a streamlined interface for encoding and decoding phrases. Developed with HTML, JavaScript, and Bootstrap, this was my first project leveraging a frontend framework.
This Python project includes a user authentication system, a WAV audio player, and basic audio visualization. Users can load and play audio files, while the program displays corresponding amplitude and frequency data in a spectrogram format. Additionally, users can input custom frequencies for audio generation.
A simulation developed in Java to model elevator behavior within a high-traffic office building. The simulation incorporates constraints such as floor capacity and elevator limits, operating within predefined business hours. The project emphasizes object-oriented programming, data handling, and logic flow to determine the optimal number of elevators required to meet demand under realistic conditions.