CS undergrad at MIT World Peace University (graduating May 2027), focused on systems programming, concurrency, and high-performance software. I build things close to the metal — custom OSes, key-value stores, compression engines — and occasionally ship full-stack web products.

Former Navigation & Control Lead at Vegapod Hyperloop. Represented the team at European Hyperloop Week 2024 (Zurich) and 2025 (Groningen), where we placed 8th out of 16 global competitors.

• Low-level systems — OS internals, memory management, interrupt handling, binary protocols
• Concurrency & networking — multi-threaded TCP/UART systems, lock-free queues, thread pools
• Algorithm design — 250+ LeetCode problems; DP, graphs, binary search, heaps, sliding window
• Full-stack web — Next.js, React, TypeScript, SSR/ISR, REST APIs
• Embedded & real-time — UART serial comm, real-time state sync under competition conditions

Aug 2023 – Aug 2025 · Pune, India

• Architected and shipped MVCU (Master Vehicle Control Unit) in C++ — a multi-process, multi-threaded TCP/UART system managing real-time pod state across 4 concurrent threads at 11ms average end-to-end latency under live competition conditions
• Designed a custom binary wire protocol over UART and TCP for reliable state synchronization; built heartbeat, error detection, and reconnection logic for fault tolerance
• Led 9 engineers across EHW 2024 (Zurich) and EHW 2025 (Groningen); team placed 8th / 16 globally; owned technical roadmap and signed off on all C++ code reviews

Aug 2024 – Nov 2024 · Pune, India

• Built internal operations platform (Next.js + TypeScript) from scratch; shipped to 150+ employees in 3 months, replacing manual spreadsheet workflows
• Improved Lighthouse score from 54 → 91 via SSR with ISR and route-level code splitting; cut initial load time from ~4.2s → ~2.5s on a 3G throttled profile
• Decomposed monolithic UI into 35+ reusable TypeScript components, cutting code duplication by ~30%

Redis-inspired KV store in Go with ~49,000 ops/second throughput.

• GET/SET/DEL/EXPIRE over a custom binary TCP protocol
• Thread pool (8 workers) with a lock-free MPSC queue
• O(1) LRU eviction (doubly linked list + hash map) and WAL-based crash recovery
• Benchmarked directly against Redis via redis-benchmark

Bootable x86 OS built from scratch. Runs on real hardware and QEMU.

• Multiboot-compliant bootloader, physical memory manager (bitmap allocator), paging (4 KB pages)
• IDT for hardware interrupt handling; PIC configuration for IRQ routing
• PS/2 keyboard and VGA text-mode display drivers via memory-mapped I/O
• Round-robin scheduler and minimal syscall interface for user-space programs

Lossless file compressor with 42% average compression ratio on text at ~180 MB/s.

• Min-heap priority queue built from scratch; canonical Huffman encoding for deterministic serialization
• Handles arbitrary binary files with correct EOF padding
• Documented O(n log n) encode / O(n) decode complexity with benchmarks vs. gzip

Agentic CLI that feeds git diff to an LLM and returns structured JSON reviews.

• Hunk-level context chunking reduces token consumption by ~35% vs. naive full-file prompting
• Returns { severity, line_range, issue, fix } across all languages
• API calls wrapped with retry logic and exponential backoff; ~1.8s p95 on diffs ≤ 500 LOC

Full-stack gym management platform — sold to and running at 2 gyms in India.

• Member & attendance tracking, payment management, diet & workout plans
• Revenue analytics dashboard