Ryan Cartwright

Architected, built, and launched TrakCode, a full-stack coding education SaaS platform, owning frontend, backend, account systems, learning progression, and cloud infrastructure as the solo developer. Implemented OAuth authentication, learner progress tracking, and Stripe subscription and payment integrations.

Architected, built, and launched TrakCode, a full-stack coding education SaaS platform, owning frontend, backend, account systems, learning progression, and cloud infrastructure as the solo developer. Implemented OAuth authentication, learner progress tracking, and Stripe subscription and payment integrations.

Designed, built, deployed, and maintained client web and mobile applications using React, TypeScript, Node.js, Python, SQL, REST APIs, and cloud services. Delivered a logistics reporting application that increased reporting accuracy by 27% and automated workflows reducing manual work by more than 30 hours per week.

Designed, built, deployed, and maintained client web and mobile applications using React, TypeScript, Node.js, Python, SQL, REST APIs, and cloud services. Delivered a logistics reporting application that increased reporting accuracy by 27% and automated workflows reducing manual work by more than 30 hours per week.

Provide volunteer tutoring in Python and Java, explaining programming fundamentals through guided practice and problem-solving. Help learners debug programs and understand programming concepts using explanations adapted to their experience level.

Provide volunteer tutoring in Python and Java, explaining programming fundamentals through guided practice and problem-solving. Help learners debug programs and understand programming concepts using explanations adapted to their experience level.

Architected and deployed an aeroponic cultivation platform automating approximately 80% of routine operations using Arduino-based C++ control software and integrated hardware. Built sensor-driven control systems for misting, nutrient delivery, pumps, and environmental conditions, including crop-specific operating profiles.

Architected and deployed an aeroponic cultivation platform automating approximately 80% of routine operations using Arduino-based C++ control software and integrated hardware. Built sensor-driven control systems for misting, nutrient delivery, pumps, and environmental conditions, and developed remote monitoring with automated alerts.

Master of Science in Artificial Intelligence, planned to start in December 2026.

Bachelor of Science in Computer Science, conferred in November 2026.

Full-Stack Software Engineering Bootcamp.

Bachelor of Science in Computer Science, conferred in November 2026.

Master of Science in Artificial Intelligence, planned to start in December 2026.

Completed a Full-Stack Software Engineering Bootcamp at Metana.