Full-Stack Developer | ERPNext Customizer | Freelance Web Developer @MaroonFrog
- 🎯 Full-stack developer with a love for clean code and pixel-perfect UIs
- 🛠️ Building custom ERP solutions with ERPNext (JavaScript, Python, Jinja)
- 📱 Crafting cross-platform mobile apps using React Native + TypeScript + Supabase
- 💼 Freelancing with MaroonFrog on the Etch Builder framework — turning complex ideas into smooth web experiences
- ☁️ Comfortable in JavaScript, HTML, CSS, SQL, and real-time cloud backends
I build things that solve real problems — from enterprise audit systems to mobile internship matchmakers and live sports platforms.
Below are some highlights.
InternConnect Cross-platform internship app with real-time alerts & secure auth. 🔗 Repo Tags: React Native, TypeScript, Supabase |
Football Broadcast Platform Dynamic web platform for live football match streaming & schedules. 🔗 Repo Tags: JavaScript, HTML, CSS, jQuery |
Phone Shopping Website Full-stack responsive e-commerce site optimized for mobile users. 🔗 Repo Tags: ASP.NET Core, C#, SQL, JavaScript |
| 📘 Course | 📄 Description |
|---|---|
| Computer Science I | Intro to programming fundamentals using Java and problem-solving techniques. |
| Computer Science II | Object-oriented programming, file I/O, and foundational software design principles. |
| Data Structures | Implementation and analysis of lists, stacks, queues, trees, graphs, and hash tables. |
| Web Programming | Building websites with HTML, CSS, JavaScript, JQuery and basic client-server concepts. |
| Discrete Structures & Combinatorial Analysis | Logic, set theory, combinatorics, and mathematical reasoning for algorithms. |
| Database I | Relational database design, SQL queries, normalization, and data modeling. |
| Database II | Advanced DB admin, query optimization, transactions, and indexing strategies. |
| Principles of Software Engineering | SDLC, UML modeling, requirements gathering, testing, and teamwork. |
| Computer Networks | TCP/IP, HTTP, DNS, security fundamentals, network architecture & protocols. |
| Algorithms I | Algorithm design, Big-O analysis, recursion, sorting, graph traversal. |
| Systems Programming | Unix/Linux & Python programming, memory management, OS interaction. |
| Operating Systems | Processes, threads, concurrency, scheduling, and resource allocation. |
| Programming Languages | Comparative study of paradigms: functional, logic, OOP, type systems. |
| Artificial Intelligence | Search algorithms, knowledge representation, agent design, reasoning. |
| Theory of Computation | Automata, formal languages, Turing machines, decidability, complexity. |
| Cryptography | Encryption, digital signatures, hash functions, secure communication. |
| E-Commerce | Secure online stores, payments, sessions, and transaction workflows. |
| Mathematical Reasoning & Algorithmic Thinking | Proofs, induction, discrete math for problem-solving. |
| Professional Ethics in Computing | Ethics, privacy, IP laws, and responsible development. |