Hey! I'm Steven Gobran, a passionate Computer Science major with a minor in Mathematics at MTSU. Originally from Egypt, I am a first-generation college student driven by a love for technology, problem-solving, and innovation.
With a strong foundation in software development, full-stack web design, game development, and automation, I thrive on building efficient, scalable, and impactful applications. I have experience working with multiple programming languages, frameworks, and development tools, allowing me to craft solutions that bridge creativity and functionality.
B.S. in Computer Science; Minor in Mathematics | August 2023 – December 2026
Python, C++, SQL, MySQL, CSS, Swift, HTML
Android Studio, Visual Studio, Unreal Engine, Xcode, Git & GitHub, Pandas, SEEQ, GPM Plus
Windows, macOS
MySQL, SQL, Microsoft Access
Microsoft Word, Excel, PowerPoint, Power BI
Analytical thinker, strong problem‑solving abilities, effective communicator, detail-oriented, adaptable, proactive learner, skilled in time management, and experienced in teamwork and collaboration.
Issued 2025
Issued 2025
Issued 2021
Silicon Ranch Corporation | Nashville, TN | June 2025 – Present
MTSU | Murfreesboro, TN | January 2025 – May 2025
iCode | Franklin, TN | November 2024 – March 2025
Harmony Landscape Start‑Up | May 2021 – July 2023
Processes up to 500k patient records to compute average wait times, rank hospitals, and tally patient counts, enabling data‑driven staffing decisions. Optimized for scalability and performance.
GitHub →Automates extraction and validation of email addresses from text files using regex, logging invalid entries and exporting clean results for further analysis.
Analyzed 630 survey responses, cleaned data in Excel, queried insights with SQL, and built an interactive Power BI dashboard on role difficulty, salary trends, pay satisfaction, age distribution, and top languages.
Full‑stack gym calendar app built with React.js, Node.js & Java, featuring a coin‑flip workout selector and dynamic muscle‑balance tracking.
Interactive aim‑training game that generates random targets and tracks accuracy, demonstrating OOP design and real‑time collision detection.
Menu‑driven system supporting deposits, withdrawals, and balance checks with robust validation and modular OOP architecture.