Journey Horizon Background
Journey Foreground Figure

My Path & Milestones

2026 Present · Production Focus
Full-Stack Developer
Active Production Development

Architecting and building production-ready applications combining rich, accessible frontend interfaces with robust backend infrastructure. Contributing to collaborative multi-developer codebases with continuous deployment and performance optimization.

Full-Stack React Node.js System Architecture DevOps / CI
2025 Client Platforms & Motion
Frontend Developer
Client & Commercial Platforms

Developed high-fidelity web applications and client websites utilizing React, Vite, and modern ES standards. Built seamless, butter-smooth scroll experiences and micro-interactions using GSAP, Lenis, and modern responsive layouts.

React 18 Vite GSAP Motion Lenis Scroll UI/UX Systems
2024 Interactive Simulators & Tools
Web Developer & Creative Engineer
Interactive Simulators & Systems

Engineered interactive web applications and educational tools. Created PDA Project-X, an interactive Pushdown Automaton simulator exploring formal language theory, state machines, and real-time computation graphics.

JavaScript ES6+ Algorithms Simulators Automata Theory Canvas Graphics
2024 Higher Education & Engineering Rigor
Joined NSUT Delhi
Netaji Subhas University of Technology

Began engineering degree at Netaji Subhas University of Technology (NSUT), Delhi. Established deep rigor in data structures, algorithms, object-oriented design, discrete mathematics, and software engineering principles.

Data Structures C / C++ OOP Discrete Math Software Engineering
Core Competencies

Pillars of Growth

01

Frontend & Interaction

Crafting fluid, high-framerate user interfaces with React, modern CSS architecture, and motion choreographies that communicate state with natural clarity.

02

Full-Stack Architecture

Connecting client interfaces with secure APIs, database systems, authentication, and cloud deployment pipelines designed for stability and real-world scale.

03

Theoretical Foundations

Rooted in rigorous algorithm design, formal computational models, and structured problem-solving honed through ongoing academic studies at NSUT.