Proof of work · selected systems · technical depth
Start with the flagship full-stack systems, then explore technical engineering work, academic depth and the learning ecosystem.
S-Tier & A-Tier
Hybrid web-based Autism Spectrum Disorder screening and support platform — final team FYP.
Why it matters: Brings stage detection, symptom tracking, therapy workflows, caregiver/expert interaction, progress reporting, awareness material and AI-assisted support into one system.
My verified role: Full-Stack Development & AI Integration (team project).
Engineering: React, Vite, Node.js/Express, MongoDB, JWT, Nodemailer, Groq API.
Healthcare operations system for structured patient, therapist and therapy workflows.
Core idea: Organize patients, therapy sessions, treatment plans, progress updates and role-aware operational workflows.
Engineering: React 18 + Vite, Node.js/Express, MongoDB/Mongoose, REST APIs, JWT authentication and RBAC.
Education-domain system for structured Individualized Education Program workflows.
Core idea: Organize student records, IEP lifecycle, learning goals, parent coordination and progress reporting.
Engineering: React + Vite, Node.js/Express, MongoDB/Mongoose, JWT authentication and protected REST workflows.
Educational forum and counseling platform developed as a web-programming project.
Core idea: Combine student discussion, counseling and learning-resource workflows in one platform.
Engineering: Node.js/Express backend, MongoDB and REST-oriented application workflows.
B-Tier · Technical engineering
LAN-focused peer-to-peer communication and file-sharing system.
Engineering: React frontend, Express/PeerJS signaling, peer discovery and direct peer connections, with optional Electron entry point.
Technical depth: Client/server signaling, realtime communication, LAN workflows and practical server hardening.
Compiler-design coursework covering frontend analysis and intermediate representation.
Engineering: Lexical, syntax and semantic analysis, AST construction, symbol-table concepts and quadruple/intermediate code generation.
Technical depth: C, Flex/Lex-style tooling, GCC and Bison/Yacc where required by deliverables.
Browser-based two-player chess system demonstrating realtime state synchronization.
Engineering: Socket.IO/WebSocket communication, event-driven server interactions and Chess.js rule validation.
Technical depth: Realtime multiplayer state, session events and domain-rule integration.
Authentication-focused full-stack project demonstrating frontend/backend integration patterns.
Engineering: User authentication, API/backend integration and security-oriented application patterns.
Portfolio role: Supporting evidence for authentication and backend engineering rather than a primary showcase.
Academic engineering
A broad academic archive spanning core CS, systems, software engineering and application development.
Depth: systems programming, algorithms and data structures, databases, networking, compilers, web engineering, optimization, games and other coursework.
Languages and tools: C/C++, Python, Java, JavaScript, SQL and course-specific technologies.
Learning ecosystem
Structured learning pathway covering web-development fundamentals, frontend, backend, databases and system-design thinking.
Project-first learning resource for beginners, interview preparation, FAST coursework support and AI/ML paths.
Curated open-learning ecosystem designed to make useful educational resources easier to discover.
Supporting · Small practice builds
A collection of focused frontend builds demonstrating practical JavaScript, UI state, forms, local data handling and API-driven interfaces. Useful practice evidence, not primary engineering proof.
Use the ecosystem page for learning hubs, smaller applications and the broader collection of websites I have built.