SOFTWARE ENGINEER & COMPUTER ENGINEERING STUDENT
I APPROACH MY WORK WITH PERSISTENCE, FOCUS, AND A STRONG COMMITMENT TO GROWTH. IN EVERY ROLE, I STRIVE TO EXCEED EXPECTATIONS BY TAKING OWNERSHIP, STAYING ADAPTABLE, AND CONTRIBUTING WHERE I'M NEEDED MOST. I SEE LEADERSHIP AS THE ABILITY TO SUPPORT OTHERS, REMAIN DEPENDABLE UNDER PRESSURE, AND HELP TEAMS MOVE FORWARD WITH PURPOSE. I CARE DEEPLY ABOUT DOING MEANINGFUL WORK, LEARNING FROM EVERY CHALLENGE, AND MAKING A LASTING IMPACT THROUGH CONSISTENT, THOUGHTFUL EFFORT.
PYTHON, LINUX, FUSION360, EXCEL, POWERPOINT, VISIO
AWS, JAVA, YML, SHELL, POSTMAN, ANGULARJS, KICAD
DYNATRACE, SPUNK, PEGA, MOBAXTERM, JIRA API, SERVICENOW API, TYPESCRIPT
A 501(c)(3) nonprofit dedicated to bringing access to STEM education across North and South Carolina. Focused on creating opportunities and resources to bridge the educational gap in underserved communities, empowering students with the tools and knowledge needed to pursue careers in science, technology, engineering, and mathematics.
Designed and built a secure QR-based attendance system using Angular, Python, and AWS to replace manual check-ins at corporate events. Identified inefficiencies in manual attendance tracking during my internship and developed a comprehensive solution. Successfully pitched the project to HR leadership, resulting in corporate funding and adoption by Centene Corporation in June 2025 for enterprise-wide event management.
Built a smart ticket tool in Python with Google's T5 NLP to generate solutions for Linux server vulnerabilities. Automated logging from ServiceNow into Jira with a scalable architecture for efficient engineer task management. Achieved a 90% reduction in server vulnerabilities, adopted on other teams, received return offer to maintain.
Designed and built an autonomous, 3D-printed tank robot with tracked drive and turret using Raspberry Pi. Integrated OpenCV with a custom image classification model for real-time target locking and tracking. Enabled multi-interface control via SSH, HTTP server, and custom radio-based communication module.
Built a Python-based tool to efficiently sift through terabytes of repair data and identify report discrepancies. Resolved ~$70,000 in lost revenue by uncovering return errors linked to past mismanagement. Collaborated with Regional VPs to flag patterns and target additional high-risk shops for audit.
Cumulative GPA: 3.86
Relevant Coursework: Algorithmic Design I, II (Java), Unix/Linux Fundamentals, Computer Security, Calculus I, II, III, Discrete Structures, Embedded Systems, Computer Networks, Digital Logic, Computer Architecture, Advanced Programming (C++), Robotics, Advanced Digital Logic