Most of my public projects are available on GitHub, where the source code, architecture decisions, and detailed README documentation can be explored. Whether you're here to learn, borrow ideas, review implementation details, or simply appreciate good software engineering practices, feel free to dive into the repositories.

Personal Portfolio (V1 & V2)

My personal portfolio exists in two versions, showcasing my growth as a developer and my experimentation with different technologies.

Portfolio V1

Built using Vite. Focused on performance, simplicity, and clean UI design. Represents my earlier approach to personal branding and frontend development.

Portfolio V2

Built using Next.js. Introduced improved architecture, enhanced performance optimizations, better SEO, and a more refined user experience. Demonstrates my evolution in modern React and full-stack development practices.

Parent Module — Steadfast Academy

A comprehensive educational management platform developed for Steadfast Academy.

Web Platform

Built with Next.js. Managed parent interactions, student progress tracking, communication workflows, and academic engagement. Designed with scalability, performance, and user experience in mind.

Mobile Application

Built using Expo and React Native. Available for both Android and iOS. Provides parents with convenient access to academic information and school communication on the go.

Library Module — Steadfast Academy

A dedicated web-based library management solution integrated into the academy ecosystem. Features digital resource management, library administration workflows, and student and staff access management. Built for efficiency, maintainability, and seamless integration with existing systems.

Fitness Tracker Mobile Application

A personal Kotlin-based Android application developed to support healthier lifestyle habits. Features sleep tracking and habit monitoring, diet and nutrition management, and health metric recording with progress visualization. This is one of the few applications I actively use myself on a daily basis, making it a continuously evolving project driven by real-world requirements rather than theoretical use cases.

Custom Jellyfin Mobile Client

A self-hosted media consumption application built specifically for my home server environment. Instead of relying solely on existing clients, I developed my own Jellyfin mobile application tailored to my workflow, preferences, and media consumption habits. Features personalized media browsing, custom UI and interaction patterns, and direct integration with my self-hosted Jellyfin server.

House Hunters

A student housing discovery platform conceived during my university years. The vision was to help campus students living in hostels discover and compare rental properties based on personalized preferences. Planned features include location-based housing search, preference filtering, budget-aware recommendations, and property discovery and comparison. While the project was never fully completed due to limited market demand at the time, it remains an interesting exploration of marketplace and recommendation-system concepts.

Network API

A Python-based networking API developed as part of the infrastructure supporting my final-year cybersecurity project. Provides networking utilities and secure communication mechanisms that can be integrated into larger cybersecurity systems.

CyberShield

My final-year project focused on improving the security of mobile devices when connected to public or untrusted networks. Public Wi-Fi networks expose users to numerous security threats, including traffic interception, spoofing attacks, and malicious access points. CyberShield introduced protective mechanisms that monitored and secured mobile device communications across potentially hostile networks.

QuickPrint

A privacy-focused document printing system designed to modernize the traditional cyber café printing workflow. A user visits a cyber café, scans a QR code, uploads their document to a transient server, the cyber owner prints it, and the system automatically removes the file after printing. This improves privacy and confidentiality, eliminates flash drive transfers, reduces the risk of sensitive documents remaining on shared computers, and provides a faster, more convenient workflow. A simple but impactful solution that demonstrates how small software systems can solve real-world privacy and usability challenges.

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Great ideas are meant to inspire others, and software improves when knowledge is shared. Whether you're a developer looking for implementation references, a recruiter evaluating engineering approach, a founder seeking technical insight, or a fellow engineer open to collaboration — feel free to explore the repositories, study the architecture, suggest improvements, borrow patterns, or reach out to discuss ideas. Every line of code tells a story, and I'm always happy to talk about the decisions behind it.

Let's build something great together. Reach out via any channel below.