Available for opportunities

Hello I am |

Full Stack Developer | Industrial Automation Engineer

I don't build to fill a portfolio. I build systems meant to run, scale, and last.

FOCUS: SCALING

BUILD: STABLE

01 // Introduction

I don't just build websites.
I engineer systems.

My work sits at the intersection of full stack development and industrial automation, combining structured control logic with scalable modern web architecture.

From PLC logic inside Siemens TIA Portal to deploying production-ready applications on Linux servers, I approach every project with an engineer's mindset.

Define clearly.
Architect properly.
Build reliably.
Deploy confidently.

System Overview

FrontendNext.js / React
BackendNode.js / Python
AutomationTIA Portal / PLC
InfrastructureLinux VPS / Nginx
DatabasePostgreSQL, MongoDb, MySql

Engineering Philosophy

  • → Built to Maintain
  • → Designed to Scale
  • → Made for Real Use
02 // Core Expertise

Full-Stack Development

  • Next.js & React application architecture
  • API design and backend logic
  • Production debugging
  • Performance optimization
  • Scalable system structure

Every app I ship is built to be maintained long term and scaled when needed, not thrown together for a checkbox.

Industrial Automation

  • Siemens TIA Portal
  • PLC logic design
  • Analog signal scaling (NORMX / SCALEX)
  • Structured ladder logic
  • Signal calibration & mapping

Automation taught me discipline in system design. Every signal, every block, every state must be predictable and reliable.

03 // Selected Projects

FastShare

Secure Temporary File Sharing Platform

Visit FastShare

A secure file-sharing system designed with structured backend logic and controlled access mechanisms.

I didn't build another file sharing clone to pad a portfolio. FastShare exists because most tools sacrifice control for convenience. This one was engineered for both, and built to actually run in production.

What It Delivers

  • Temporary access-based sharing
  • Controlled file lifecycle
  • Structured backend handling
  • Production deployment
  • Real-world debugging and iteration

Engineering Focus

  • Clean system architecture
  • Stable production behavior
  • Controlled resource management
  • Scalable structure for future features

This project strengthened my understanding of building and maintaining live systems under real deployment conditions.

NAT Discord Bot Ecosystem

serving 195K+ users

Live Dashboard

A feature-rich Discord bot built with Python and discord.py, serving 195,000+ users across 1999+ servers. Includes a full web management dashboard, MongoDB-backed persistence, and modular architecture with 15+ cog/module packages.

This isn't a weekend bot that responds to !ping. NAT was built because real communities need real infrastructure, so I engineered a full ecosystem with modular architecture, persistent data, async task scheduling, and a web dashboard. It runs 24/7 serving 195K+ users because it was designed to be maintained and scaled, not just deployed and forgotten.

What It Delivers

  • Grinder payment tracking with auto-detection & demotions
  • Custom giveaway system with multi-requirement entries
  • Moderation suite: quarantine, lockdown, role sync
  • Premium perks: custom roles, channels, highlights
  • Payout queue with webhook claim/expiration flow
  • Voice channel join-to-create with auto-cleanup
  • Community timers, reminders, and AFK tracking
  • Dank Memer security & donation integration

Engineering Focus

  • Event-driven architecture with custom dispatch system
  • 3 MongoDB databases via async Motor driver
  • Background task scheduler (8+ recurring loops)
  • Modular cog/module package structure
  • DM queue worker to prevent rate limiting
  • Full-stack integration: bot ↔ web dashboard

This project demonstrates my ability to design, scale, and maintain a connected production system, from async Python services and MongoDB data modeling to a live web dashboard, not isolated scripts.

COIN 2K25

College Technical Festival Platform

Visit COIN 2K25

A comprehensive web platform for managing a college technical festival, handling event management, participant registration, payment processing, and certificate generation for the Instrumentation and Control Department at Sarvajanik College.

Built to replace fragmented spreadsheets and manual workflows with a unified system that handles the full lifecycle of a technical festival, from event creation and team registration to payment verification and certificate distribution. Designed for real organizers managing real events with real deadlines.

What It Delivers

  • Multi-role access system (Admin, Registrar, Organizer, Finance Manager, etc.)
  • Event management with team configurations (Solo, Duo, Team)
  • UPI payment integration with offline verification workflow
  • Dynamic certificate generation with custom templates
  • Multi-round competition tracking and progression
  • Automated email notifications via Zoho Mail integration
  • Admin dashboard with analytics, user management, and financial oversight
  • QR code check-in system for event attendance

Engineering Focus

  • Next.js 15 App Router with React 19 & TypeScript
  • MongoDB with Prisma ORM for complex relational data
  • Role-based authorization with JWT authentication
  • Google OAuth 2.0 for seamless participant login
  • Radix UI primitives for accessible component design
  • Framer Motion animations

This project showcases full stack ownership, from database schema design and API architecture to payment workflows and certificate generation, all built to handle real festival operations at scale.

04 // Technical Toolkit

Frontend

  • Next.js
  • React
  • TypeScript
  • Tailwind CSS
  • Radix UI
  • Framer Motion

Backend

  • Node.js
  • Python
  • REST APIs
  • Express
  • Prisma ORM
  • JWT & OAuth
  • Zod Validation

Database

  • MongoDB
  • PostgreSQL
  • MySQL
  • SQL Optimization

Automation

  • Siemens TIA Portal
  • PLC Logic
  • Signal Scaling & Mapping

Professional Status

Internship Completed
Pre-Placement Offer Secured

Currently Refining

  • Production-grade system design
  • DevOps workflows
  • Automation + Web integration
  • Scalable backend architectures
05 // Connect

What Defines My Work

I aim to build software that behaves like engineered machinery predictable, efficient, and dependable.

  • Structured engineering mindset
  • Production deployment experience
  • Real-world debugging capability
  • System-first thinking
  • Reliability-focused development

Future Direction

  • Scalable SaaS architecture
  • Advanced backend systems
  • Industrial IoT integration
  • Automation-driven web platforms
  • Secure distributed applications