CS @ SNHU 2025 • Developer focused on secure, user-friendly systems • Ex-Finance Manager
Learn MoreHi, I’m Dylan Cheek — a senior computer science student at Southern New Hampshire University with a background in business and six years in the automotive industry, where I worked my way up to Finance Manager. I left the auto industry not only to pursue my passion for technology and software development, but to leverage my skills as a fluent business communicator in an effort to bridge the gap between technical teams and business stakeholders.
These days, I’m focused on software engineering, cybersecurity, and embedded systems. I enjoy building practical, user-friendly, and secure solutions — from database-driven web apps and embedded device projects to AI experiments. I recently trained my own large language model using open-source tools and datasets, which was a fun challenge that reinforced my understanding of machine learning workflows and data preprocessing.
My goal is to combine technical expertise with real-world business experience to help teams build systems that solve problems and make an impact.
Skills: C++ • Python • Java • Web Development (HTML, CSS, JavaScript) • MongoDB • Git/GitHub • Secure Coding • Embedded Systems
Cross-platform inventory management app built with Java + SQLite
A cross-platform inventory management application with login/registration, item tracking, and persistent data storage. Built with Java and SQLite, it provides a simple and efficient way to manage inventory data securely on mobile devices.
View on GitHubFull-stack MEAN travel booking platform with admin dashboard
A full-stack travel booking site built with the MEAN stack (MongoDB, Express, React, Node). Features a responsive customer-facing interface for browsing trips and an admin dashboard for managing travel packages. Includes REST APIs and secure database integration.
View on GitHubIoT thermostat on Raspberry Pi with secure coding focus
An IoT thermostat developed on Raspberry Pi using C++ and Python. Integrates an AHT20 temperature sensor with custom heating/cooling logic. Emphasized secure coding practices to prevent overflow errors, improve reliability, and ensure safe hardware interactions.
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