1st place winner in the Compute & Cloud Challenge at TAMUhack 26. An AI-native IDE for HPC environments that replaces terminal-heavy workflows with a visual execution graph and natural language interface. Constructs, executes, and debugs parallel workflows deployed on AWS Batch with dynamically scaled EC2 workers.

A high-performance distributed battery management solution for the Texas A&M Formula SAE Electric race car, managing lithium-ion cells using TI BQ79616 ICs interfaced with an STM32 microcontroller. Implemented multi-protocol communication via UART and CAN bus for vehicle integration.

Website for Texas A&M students to streamline the process of finding their final exam date/time. Aggie Finals uses the Howdy API to fetch real-time class data and display it in a user-friendly format. Users can log in to save their exam schedule for easy reference.

Project Manager for AggieStudy, a full-stack web application aimed at creating a one-stop website for Texas A&M students to study for their exams. AggieStudy provides a platform for students to access past exams and other study materials, enhancing their exam preparation experience.

A hands-free data entry solution for healthcare workers that placed in the top 5 at Build4Good Hackathon 2025. Build4Nurse uses voice commands to streamline data entry, reducing the 27% of time nurses spend on documentation so they can focus more on patient care.

Designed and implemented a complete single-cycle processor in Verilog, building all essential components (ALU, memory systems, control unit, register file) and successfully integrating them into a fully functional system capable of executing a comprehensive instruction set.

Created and developed custom Minecraft plugins using Java, the Spigot API, and Maven. Grew a server to 1000+ members, driving in game purchases with a custom enchantment plugin.

As a junior at Texas A&M University, I've taken the following: Data Structures and Algorithms, Object Oriented Programming, Discrete Mathematics, Digital System Design, Electrical Circuit Theory, Linear Algebra, Differential Equations, Computer Architecture and Design, Operating Systems and Network Programming