Bridging rigorous mathematics with high-performance systems

Former boarding-school math teacher, now a CS Post-Bac/M.S. candidate at Tufts University (Williams College math background). I design virtual machines, optimize low-level systems, and build full-stack products — often driven by the same combinatorial graph theory I published research on.

📍 Medford, MA  ·  🎓 Tufts University  ·  🟢 Open to Fall 2026 / Winter–Summer 2027 internships

🧠 About Me

• 🔭 Currently pursuing an M.S. in Computer Science at Tufts, specializing in systems programming, virtual architectures, and compiler-level optimization.
• 🧮 Co-authored 4 peer-reviewed papers on divisor theory, circulant graphs, and higher graph gonality as part of the SMALL REU at Williams College.
• 🌱 Currently exploring agentic AI tooling — MCP servers, LLM-native workflows, and applied AI foundations.
• 💬 Ask me about chip-firing games, abelian sandpile theory, or how a math proof turns into a working simulator.
• ⚡ Fun fact: my portfolio has a live, interactive chip-firing simulator built on the exact math I researched.

🛠️ Tech Stack

Languages

Frameworks, Web & Data

Tools & Platforms

_{Also fluent in: Pandas · NumPy · Scikit-Learn · Mathematica · SageMath · PyPortfolioOpt · Assembly & Systems Programming}

📊 GitHub Stats

🐍 Contribution Graph

_{© Eyobel Gebre · eyobel-portfolio-xq4u.vercel.app}