Professional Summary
DevOps-focused engineering student with strong Linux internals knowledge and experience designing
real-time distributed systems. 1st place hackathon winner for MCP-based architecture integrating AI
tools via standardized protocol interfaces. Interested in reliability engineering, observability, and
infrastructure automation. Focused on building systems that fail gracefully and expose their internal
state for debugging.
Technical Skills
| Operating Systems |
Linux (filesystem, permissions, systemd, process management, logs) |
| DevOps & Tools |
Docker (production usage), Git, GitHub, CI/CD Pipelines, Bash, Kubernetes (Learning) |
| Backend Development |
Node.js, PostgreSQL, MCP (Model Context Protocol) |
| Frontend / Mobile |
Next.js, React Native (Expo) |
| Version Control Concepts |
Branching strategies, commit hygiene, partial staging, rebase workflows |
Languages
JavaScript, Python, C, C++, Java, Bash / Shell scripting, HTML, CSS
Achievements
🏆 1st Place — MCP-Based Systems Engineering Intelligent System Hackathon
Model Context Protocol (MCP) Wrapper Development
- Won 1st place for building an MCP wrapper around an Indian Sign Language (ISL) to text and speech translation tool.
- Developed a working MCP server that integrates ISL translation capabilities into AI systems using the Model Context Protocol.
- Wrapped existing ISL-to-text translator tool with MCP interface, enabling seamless integration with AI assistants and development environments.
- Demonstrated system architecture thinking by bridging accessibility tools with modern AI infrastructure.
Projects
MY(suru) BUS — Real-Time Smart Bus Tracking System
Technologies: Node.js, PostgreSQL, React Native, Next.js, Supabase, WebSockets
- Built a real-time GPS bus tracking platform with <1–2 sec update latency using Node.js and event-driven WebSocket architecture.
- Designed complex PostgreSQL schema with circular FK handling between trips and buses to preserve referential consistency.
- Implemented geofence-based stop detection to automatically identify bus arrivals without manual driver input.
- Developed an offline-first driver location syncing mechanism with queue-based caching to maintain reliability during network failures.
CI/CD Sentinel — Centralized Deployment Observability Platform
Technologies: Next.js, Node.js, PostgreSQL, GitHub Actions, Webhooks
- Built a centralized observability layer tracking deployment history, health status, and recovery controls for software teams.
- Developed webhook ingestion systems for GitHub Actions with idempotency, storing deployment metadata in PostgreSQL.
- Implemented automated service health monitoring with a 60-second polling worker and one-click GitHub Actions redeploy triggers.
AUTOops (Hackathon) — AWS Infrastructure Orchestrator
Technologies: Docker, Docker Compose, CI/CD, AWS
- Led the DevOps and Infrastructure layer for an AI-driven cloud provisioning platform built by a 4-person team.
- Architected local orchestration using Docker Compose, establishing internal networking and environment variable injection for 4 microservices.
- Developed automated deployment scripts for Windows and Ubuntu to rapidly install Docker and spin up the environment on AWS EC2 instances.
Cyber Kavach (Hackathon) — Cyber Security Platform
Technologies: Docker, Linux, System Administration
- Led the Infrastructure and Deployment track for a real-time intrusion detection and response platform.
- Architected the multi-container orchestration using Docker Compose, configuring host network modes to allow the agent container to securely monitor host processes.
- Packaged the frontend, FastAPI backend, and AI agent into optimized Docker images, ensuring seamless communication across the tech stack.
Education
Bachelor of Engineering (Computer Science)
2023 – 2027
Maharaja Institute of Technology Mysore
Pre-University (PU)
2021 – 2023
Devika PU Composite, Ranebennur
Additional Highlights
- Strong Linux fundamentals including users, permissions, processes, networking, and system
troubleshooting.
- Experience designing real-time backend systems using WebSockets and event-driven communication.
- Focus on reliability and observability in system design, prioritizing fault tolerance and
monitoring.