Systems programming & backend in C++ · Open-source contributor
CS student, currently focused on systems programming and backend development in C++. I also contribute to a few open-source C++ projects.
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Google Abseil — Shipped patches through Google's Copybara review pipeline: clarified moved-from-state semantics for hash containers and fixed an MSVC format-checking edge case
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Catch2 — 4 merged PRs, including v3 migration and include-correctness fixes
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TheAlgorithms/Python — Implemented Partition Equal Subset Sum via bottom-up DP
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kv-store — A key-value store in C++17 with POSIX sockets and a thread-per-connection model; reached 281 req/s on SET (within 11% of Redis 7.0.15) after re-architecting from single-threaded, with O(1) GET/SET/DELETE via a hash map + doubly-linked list LRU and AOF persistence for crash recovery
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pathfinding-visualizer — BFS, DFS, Dijkstra, and A* benchmarked on a 2,500-node grid in C++/SFML; A* explored 73% fewer cells than BFS (340 vs. 1,247) via an admissible heuristic and priority-queue scheduling
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AutoConnect — Full-stack ride-hailing system (TypeScript, React, Spring Boot, H2) deployed on Vercel + Railway; 6 REST endpoints covering a full REQUESTED → ACCEPTED → COMPLETED state machine with real GPS and server-side validation
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signal-anomaly-detector — Custom DFT implementation that generates a signal, adds noise, and flags anomalous frequency components
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Cache_Memory_Simulator — LRU and FIFO cache simulation in C++
Languages: C++17, Python, Java, TypeScript, SQL
Systems: Multi-threading, TCP/IP, POSIX Sockets, Client-Server Architecture, Performance Profiling
Frameworks & Tools: Spring Boot, React, CMake, Maven, Git, SFML, GitHub Actions
Databases: PostgreSQL, H2, Redis, AOF Persistence
- Contributing to open-source C++ projects
- Studying backend development and systems fundamentals
- Solving Arrays, Trees, DP, and Graph problems on LeetCode + CSES
