Hi, I'm Kunal Gavit. Full-stack software developer, hardware builder, and product creator passionate about autonomous systems, AI integration, and scalable web platforms.

Engineering Student • Developer • AI & IoT Enthusiast
const developer = { name: "Kunal Gavit", role: "Engineering Student • Developer • AI & IoT Enthusiast", focus: ["Generative AI", "Full Stack Web", "IoT Hardware"], stack: ["JavaScript", "React", "Node.js", "ESP32"], education: "B.Tech @ MITAOE Pune", status: "🟢 Available for opportunities" };
Web apps, IoT devices & AI platforms
National finalist & prize builds
Tools, frameworks & architectures
Industry-verified technical credentials
Public repositories & code templates
Selected production systems, full-stack applications, and embedded hardware architectures.
An all-in-one platform for hardware engineers and hobbyists that integrates an AI schematic debugger, component compatibility checker, interactive project tutorials, and an e-commerce catalog for electronics parts.
A purpose-built e-commerce platform for robotics enthusiasts and developers. Features real-time stock management, custom kit configuration, integrated payment gateways, and order tracking.
An AI-powered image generation and creative enhancement suite. Users write natural language prompts which are enhanced via prompt engineering models before rendering photorealistic visuals.
A comprehensive campus library portal designed to eliminate physical queues, automate book issue/return tracking, and provide personalized academic reading recommendations for engineering departments.
An accessibility-focused voice assistant concept that enables users to interact with digital public services, agricultural info, and utilities using natural spoken regional speech.
Rapid product prototyping and stage pitching under high pressure.
🏆 Finalist & Special Jury Commendation for Hardware-Software Integration
Bridging the physical-to-digital gap in engineering education through AI-assisted hardware prototyping, intelligent diagnostic assistance, and accessible IoT tooling.
From web engineering and backend APIs to AI agents and embedded electronics.
A transparent look into active development sprints, experimental prototypes, and next-generation architectural builds.
Upgrading the hardware assistant with vision-based PCB error detection and interactive web breadboards.
Refactoring the core engine to parse user-uploaded circuit photos directly with multimodal AI models, identifying misplaced jumper wires and incorrect resistor color codes in seconds.
Running micro neural network inference directly on ESP32 microcontrollers for vibration anomaly detection.
Developing low-power firmware that samples accelerometer data at 100Hz and executes on-device TinyML classification to detect mechanical motor wear without requiring continuous internet connectivity.
Terminal-based developer assistant for rapid API scaffolding and OpenAPI contract generation.
An open-source Node.js CLI tool that inspects backend route controllers, auto-generates schema contracts, and provisions Docker compose templates with single commands.
Engineering deep-dives, hackathon post-mortems, and technical architecture guides.
A deep dive into the 36-hour sprint of fusing generative AI with physical circuit debugging, handling live hardware failures on stage, and structuring resilient full-stack systems.
How to structure dual-core ESP32 C++ firmware with non-blocking Wi-Fi queues, deep sleep power management, and real-time React dashboards.
A comprehensive walkthrough of atomic MongoDB transactions, secure payment webhook lifecycles, and high-performance React component trees.
Whether you have a breakthrough startup idea, need full-stack or IoT engineering expertise, or want to collaborate on a hackathon.