Projects ​

This project implements a scalable, cloud-native ETL (Extract, Transform, Load) pipeline designed to aggregate, enrich, and persist historical music chart data spanning over six decades (1965–Present). The architecture demonstrates a modern approach to data engineering by combining traditional web scraping with Generative AI (LLMs) and third-party APIs to build a comprehensive metadata repository. It emphasizes high availability, cost optimization through caching strategies, and the integration of unstructured data processing.

A scalable, cloud-native architecture demonstrating automated content aggregation and static site generation. Implements a custom Python ETL pipeline to centralize documentation from distributed repositories, leveraging VitePress and Vue.js for high-performance, serverless delivery via GitHub Pages.

This Augmented Reality (AR) Mobile Application delivers an immersive experience for the Android ecosystem by leveraging Vuforia’s advanced computer vision capabilities. Developed within the Unity engine, the project demonstrates high-fidelity image tracking and the seamless integration of dynamic 3D assets into physical environments, bridging the gap between digital content and the real world.

This workshop provides a comprehensive, hands-on guide to architecting a robust Kubernetes environment utilizing K3s for lightweight orchestration and ArgoCD for continuous delivery. Participants will learn to implement industry-standard GitOps workflows, transitioning from manual configurations to a fully automated, declarative "Source of Truth" model. By the conclusion of the workshop, you will have successfully deployed a live application managed entirely through version-controlled manifests.

CVTI (Camera & Visual Touch Interface) is an enterprise-grade Facility Automation & IoT Orchestration Platform designed for high-reliability environments. It functions as a centralized Edge Controller, unifying the management of PTZ surveillance systems, DMX lighting protocols, and mechanical infrastructure (hatches) into a secure, touch-optimized interface. Built on the .NET Framework for deep Windows OS integration, it ensures operational continuity through robust error handling, self-healing network connectivity, and strict access control policies.