Building modern web products that are fast, useful, and beautifully designed.
I'm a Computer Science student and developer focused on building modern web applications, full-stack products, and AI-powered tools.
I enjoy taking an idea from a concept to a working product β combining thoughtful UI, solid engineering, and practical functionality.
- β‘ Focus: Full-stack web development, product engineering, and AI integrations
- π¨ Interests: Clean interfaces, developer tools, automation, and SaaS products
- π§ Currently exploring: AI agents, RAG systems, backend architecture, and PostgreSQL
- ποΈ Goal: Build useful software and continuously improve as an engineer
| Project | Description | Tech Stack | Status |
|---|---|---|---|
| WebsCanvas | A platform focused on production-ready Next.js website templates and web development services. | Next.js TypeScript Tailwind CSS Supabase |
π οΈ Active |
| VizoAI | An AI-powered learning platform designed around syllabus-aligned educational experiences. | Next.js TypeScript AI PostgreSQL |
π§ͺ In Development |
| PhytoSync | A full-stack platform for exploring biological approaches to contaminated-soil remediation. | Next.js TypeScript PostgreSQL |
π§ͺ In Development |
- β‘ Next.js: App Router, Server Components, Server Actions, and application architecture
- ποΈ Backend Development: Node.js, Express, REST APIs, authentication, and backend architecture
- ποΈ Databases: PostgreSQL, relational database design, and query optimization
- π€ AI Engineering: AI agents, RAG pipelines, embeddings, and vector databases
- π§© Software Engineering: System design, clean architecture, and production-ready development
Web Applications β SaaS Products
AI Applications β Developer Tools
Automation β Educational Technology
APIs & Backends β Product Experiments
I particularly enjoy projects where engineering, product thinking, and design come together.
I'm constantly experimenting with new technologies, building projects, participating in hackathons, and turning ideas into working prototypes.
I believe the best way to learn software engineering is to build real things, break them, understand why they broke, and build them better.