Avail Bus Systems / nVent

Jan 2025 – Dec 2025  ·  Richland, MS

• Engineered heat rise test assembly for unconventional bar bus; validated via CFD & physical testing to support a $700K+ contract.
• Designed and validated custom cable bus system through thermal analysis, securing a $400K+ contract; performed CFD for Nuclear plant ISO-phase bus uprating project valued at $100K+.
• Created 100+ engineering drawings & assembly instructions for MV systems per IEEE standards; developed a 40+ page technical manual for electrical PT cubicle addressing customer complaints.
• Established new quality testing protocols using portable XRF technology for silver plating; authored SOPs, trained team, and recommended copper-to-aluminum for cost savings.
• Designed cost-reduction initiatives achieving 50% waste reduction in silver plating while maintaining IEEE/UL/ASTM compliance; developed firestop testing platform for cost-effective material alternatives.

Athlete Engineering

Jun 2024 – Jan 2025  ·  Mississippi State, MS

• Spearheaded development of a wireless earpiece for Huntington Ingalls designed to monitor Core Body Temperature (CBT) in industrial workers, aimed at reducing heat-related injuries.
• Led PCB design, electronics integration, and sensor tuning with real-time haptic/auditory feedback.
• Created compact, ergonomic CAD models optimized for 3D printing and mass production.

Center for Advanced Vehicular Systems (CAVS)

Oct 2023 – Present  ·  Starkville, MS

• Developed a human/animal cranial simulation apparatus with adjustable parameters to test ventricular shunts, improving early obstruction detection and long-term reliability.
• Executed CFD simulations in ANSYS Fluent to optimize shunt designs, refining performance and eliminating obstructions under real-world conditions.

Wireless Earpiece – CBT Monitor

Athlete Engineering  ·  Huntington Ingalls

Designed a wireless earpiece for industrial workers at Huntington Ingalls to monitor Core Body Temperature in real time. The device provides haptic and auditory alerts when dangerous thermal thresholds are reached, aiming to drastically reduce heat-related injuries on the job site.

• Custom PCB design using KiCAD with integrated temperature sensing
• Real-time haptic and auditory feedback system
• Compact ergonomic form factor modeled in SolidWorks for 3D printing and mass production
• Full sensor calibration and tuning for accurate CBT readings

Aero-Pendulum Systems

Mississippi State University

Led the full design, fabrication, and control implementation of single and double aero-pendulum systems as a university project. Pushed both mechanical and software limits through iterative prototyping.

• Designed 8+ SolidWorks models, 3D printed and assembled all components
• Integrated Arduino microcontrollers with IMU and encoder sensors
• Implemented PID control for single-pendulum stabilization
• Implemented MIMO control for the double-pendulum configuration

AI Desk Assistant

Personal Project

A virtual AI-powered desk assistant built to streamline daily workflows. Handles voice and text queries, automates routine tasks, and retrieves real-time information — designed with accessibility and productivity in mind.

• Natural language query processing for task management and information retrieval
• Voice and text input modes with responsive feedback
• Modular architecture for easy feature expansion
• Lightweight and designed for low-latency local deployment
• Handles Realtime Portfolio Updates, alerts for big changes.
• Embedding algo-trading to leverage better returns.

Python Poker Game

Personal Project

I couldn't find any good free to play poker games with unlimited credits to kill time, and I was getting into Poker with my friends not wanting to play along. So I built a Poker App, with other Bots at Hard difficulty.

• Complete Texas Hold'em rules: blinds, betting rounds, showdown logic
• AI opponents with basic probabilistic decision-making
• Full hand evaluation engine (pair, flush, straight, etc.)
• Clean terminal interface with optional GUI layer