Hello thereI am
Murtaza Narwarwala
A Full-Stack Developer who builds scalable web applications (Next.js, React) with the performance mindset of a competitive C++ programmer. I apply this algorithmic expertise to all my work, from complex web platforms to high-concurrency projects like my C++ key-value store
#Latest Projects
I build and deploy full-stack applications with a focus on clean code and robust architecture.
Kartly Admin
⎯⎯ E-commerce CMS & DashboardArchitected a full-stack Content Management System for e-commerce using Next.js, Prisma, and PostgreSQL. This enabled flexible product and coupon management, reducing manual update time by 40% , and provided sales analytics via a Recharts dashboard
Kartly Store
⎯⎯ E-commerce Platform / Web StorefrontDeveloped a secure and responsive e-commerce storefront with a seamless checkout process using the Razorpay payment gateway. Engineered a JWT-based authentication system and an interactive review engine to secure user data and drive product credibility through customer feedback
Cohere
⎯⎯ Real-Time Collaboration PlatformtEngineered a scalable real-time team collaboration platform using Next.js and Convex.dev, supporting live chat, DMs, media sharing, and peer-to-peer file exchange. Implemented secure OAuth 2.0 with RBAC for seamless onboarding and integrated AI-powered chat summarization via Hugging Face Inference API.
Concurrent In-Memory KV Store
⎯⎯ Systems Program / Database TechnologyDesigned a high-performance, concurrent key-value store in modern C++17, leveraging a custom Radix Trie for efficient, algorithm-driven storage. Optimized for high-concurrency reads and eliminated memory leaks by using std::shared_mutex and RAII principles with std::unique_ptr.
#Experience
2025
Project Intern
Engineered and optimized low-level C software for embedded systems (AVR/ARM), implementing multi-protocol sensor interfaces and achieving real-time data processing with sub-2 ms latency. Developed IoT prototypes with C-based wireless communication stacks (Wi-Fi/BLE), enhancing data throughput and reducing power consumption using embedded toolchains.