I have completed the degree requirements for a B.S. in Computer Science with a concentration in Software Engineering, with anticipated conferral on September 1, 2026. I am moving from hands-on field operations into technology, with a focus on application support, software quality assurance, systems analysis, and select junior development roles.
My background in field service, construction, logistics, equipment operation, customer service, and business ownership gives me a practical approach to software: understand the real problem, communicate clearly, document the work, troubleshoot systematically, and verify the result.
| Project | What it demonstrates | Technologies |
|---|---|---|
| GameAuth Platform Service | REST service behavior, authentication and authorization, health checks, testing, and support documentation | Java, Dropwizard, Maven, REST |
| Java Service Validation and Testing | Requirements-based validation, deterministic unit testing, defect correction, traceability, and CI quality gates | Java, JUnit 5, Maven, JaCoCo |
| Animal Rescue Operations Dashboard | Data access, CRUD operations, business rules, testable presentation, and synthetic demo data | Python, MongoDB, PyMongo, Dash |
| Raspberry Pi Thermostat System | Embedded software, state-machine design, hardware integration, serial communication, and data persistence | Python, Linux, SQLite, Raspberry Pi |
| C++ Course Planner | Data structures, parsing, validation, safe ownership, portable builds, and automated tests | C++20, CMake, BST, RAII |
| DriverPass System Analysis and Design | Requirements analysis, traceability, UML modeling, security considerations, and stakeholder communication | Systems Analysis, UML, Requirements |
| Deep Q-Learning Treasure Maze | Reinforcement learning, neural networks, experience replay, target networks, and model evaluation | Python, TensorFlow, Keras |
- Programming and data: Python, Java, C++, SQL, MySQL, MongoDB, SQLite, and foundational JavaScript
- Development and systems: Linux, Bash, Git, GitHub, Maven, CMake, Raspberry Pi, REST APIs, and client-server architecture
- Quality and testing: JUnit 5, pytest, unit testing, validation, boundary testing, debugging, root-cause analysis, coverage, and CI workflows
- Analysis and delivery: Requirements analysis, UML, systems design, Agile, Scrum, technical documentation, and stakeholder communication
- B.S. in Computer Science, Software Engineering concentration — degree requirements completed; anticipated conferral September 1, 2026
- Final GPA: 3.03
- Planning to begin an M.S. in Artificial Intelligence in September 2026, subject to final enrollment plans
- Seeking remote, hybrid, or on-site opportunities where troubleshooting, reliability, testing, communication, and continuous learning matter