SYSTEMS SOFTWARE · LOW-LEVEL DEVELOPMENT
Computer Science student building software close to the machine: CPU emulation, Linux system interfaces, digital hardware tooling, and open-source desktop software.
01 / SELECTED WORK
A C++ implementation of the Intel 8080 architecture exploring instruction decoding, register and flag behavior, memory operations, I/O, and low-level software design. The project is currently being modernized around a testable, interface-independent CPU core.
Repository ↗A physical Intel 8080 platform being built to capture authentic processor behavior for emulator verification. Includes an AVR-assembly power supervisor for the 8080's −5 V, +5 V, and +12 V rails and planned Teensy-based bus capture.
Unix-style command shell written in C with custom parsing, PATH resolution, process creation and execution, environment handling, signals, and directory traversal using Linux/POSIX interfaces.
Repository ↗Command-line JPEG image filtering application built by a three-person team. I led development and integration work, implemented image import, and contributed unit and integration testing.
Repository ↗02 / OPEN SOURCE
UPSTREAM CONTRIBUTION · UNDER REVIEW
Submitted a GNOME Shell merge request modifying brightness-management functionality to expose an automatic-brightness toggle in the system status interface.
View merge request ↗03 / ABOUT
I’m a Computer Science student at East Stroudsburg University interested in systems programming, backend/software engineering, Linux, emulation, and the boundary between software and hardware.
My current work centers on the Intel 8080: implementing and modernizing an emulator, then building hardware tooling that can eventually validate it against a real processor.
C++ · C · x86 Assembly · AVR · Rust · Go · Python · Java · SQL · JavaScript
Git · CMake · Catch2 · Maven · JUnit · Docker · Linux · Visual Studio · VS Code
React · Node.js · Swing
04 / WRITING
I’ve been developing an Intel 8080 emulator in C++.
Read article ↗LET'S CONNECT