I'm a final-year Computer Engineering student interested in backend engineering, systems, databases, and cloud infrastructure.

I mostly build with Go and Python, and I like working on projects where understanding what happens underneath the abstraction actually matters.

Currently exploring concurrency, database internals, Linux, containers, and distributed systems.

Go · Gin · Docker · Linux cgroup v2 · SQLite · SSE

A self-hosted PaaS that takes a GitHub repository and turns it into a running application.

The project started from a simple question:

What actually happens inside platforms like Render when I deploy a GitHub repository?

That led me from a basic clone → build → run prototype into a deployment system handling:

• asynchronous deployment jobs
• Docker image building and container lifecycle management
• persistent deployment state
• CPU and memory isolation using Linux cgroup v2
• build and runtime log streaming using SSE
• port allocation and container tracking
• startup reconciliation after crashes

→ View Containerix

Go · PostgreSQL

A backend built around one problem:

What happens when multiple requests try to buy the same inventory at the same time?

Instead of treating concurrency as an afterthought, the project focuses on database-level correctness:

• optimistic locking to prevent overselling
• deterministic lock ordering to avoid deadlocks
• atomic inventory and order updates using PostgreSQL transactions
• bounded retries with jittered backoff
• layered handler → service → repository architecture
• interface-based dependency injection

The goal is less about building another CRUD API and more about understanding concurrency and transactional correctness.

React · Django REST Framework · PostgreSQL · Socket.IO · scikit-learn

A virtual trading platform built to simulate some of the constraints of a real trading system.

The interesting parts include:

• concurrent BUY/SELL transaction handling
• PostgreSQL row locking with select_for_update()
• JWT authentication and portfolio-scoped access
• real-time market updates
• market-hours and slippage validation
• Random Forest predictions using technical indicators
• 210K+ OHLCV records across 42 NSE stocks

Backend systems
      ↓
Databases & transactions
      ↓
Concurrency & synchronization
      ↓
Linux & containers
      ↓
Cloud infrastructure

I'm particularly interested in understanding the trade-offs behind systems rather than only using the frameworks that sit on top of them.

• 340+ LeetCode problems
• Top 100 / 600 — DSA Competition, ACM RAIT Nerul
• 1st Prize — Build vs Break Competition, AIKTC

• Distributed systems
• Backend system design
• Database internals
• Linux internals
• Containerization
• Cloud infrastructure

LinkedIn · Email