Projects
This is where all my personal projects, collaborative projects, and any work-related projects are. I hope this is informative of what I have accomplished and looks promising if I am a possible candidate for your organization. I look forward to hearing from you and what I would be able to bring to the table if you were to select me as a future employee for whatever the position may be.
A personal developer portfolio built with Next.js, Tailwind CSS, and Framer Motion, designed to give employers and colleagues a fuller picture of my skills and experience than a resume or cover letter alone can provide. The site is under continuous development, evolving alongside new projects, certifications, and skills as I grow professionally.
A self-hosted homelab running on a Dell OptiPlex 7010 (Intel Core i7, 32GB DDR4 RAM, 512GB SSD), used to host and scale this portfolio site, my partner's portfolio site, and experiment with the infrastructure behind it. It's been a hands-on environment for learning Linux system administration, Docker and container management, network security practices, and Cloudflare-based hosting — along with practical skills in networking, hardware setup, and cable management that I plan to carry into my career in computing.
This is a personal project of me that I can image that will change over time as I would like implement new features to the small analog clock. The plan is to design an analog clock that has 4k images as a background to an analog clock; the analog clock can switch between 12hr/24hr times and can have up to 3 timezones to switch between of the users choice. Swiping between the different time zones won't just switch between the times, it will also switch out the backgrounds. The settings to change the display to your preferences will be through a wireless access point tailored for that specific device when it is being powered. The specs of this device are as follows: ILI9488 3.5 inch SPI TFT, Raspbery Pi Pico (1 and 2 wireless), a DS3231 RTC Module, and a bunch of wires connecting them all together.
I joined this project to gain hands-on experience with embedded systems and hardware design. Built around an ESP-32 microcontroller, the system reads fuel pressure, fuel mileage, and other engine data in real time. I assembled the hardware — wiring the display, power supply, and CAN bus connections — and was later tasked with flashing firmware onto the displays, which made up the bulk of the remaining work.
A Python CLI tool that scans a target host for open TCP ports using raw sockets. It demonstrates multithreading for speed, banner grabbing to identify running services, and formatted terminal output. Core Concepts to be Understood: TCP handshake, socket programming, concurrency, and basic recon - all skills directly applicable to real-world penetration testing, network protection, and network surveillance