Senior Site Reliability Engineer
A Senior Site Reliability Engineer passionate about building resilient, scalable cloud infrastructure and automation solutions. I specialize in transforming complex systems into reliable, efficient platforms.
Driven by innovation and a problem-solving mindset
Building resilient cloud infrastructure and automation solutions at ZEDEDA. With expertise spanning infrastructure automation, multi-cloud management, and DevOps practices, I focus on creating scalable systems that drive business success.
My academic background in Applied Mathematics and Computer Science, combined with practical experience in fault diagnostics and machine learning applications, allows me to approach complex technical challenges with both theoretical depth and practical insight.
A comprehensive toolkit for modern engineering challenges
Advanced degree focusing on computational mathematics and algorithm development
Foundation in engineering principles and system design
Machine learning applications and fault diagnostics systems
Recognition for academic excellence and research contributions
Highlights of my technical contributions and innovations
Instantly convert your Google Maps Saved Places export (CSV/JSON) into an Apple Maps Guide and links. No accounts, no data stored—just a fast, private one‑time conversion. Includes web and CLI tools, real-time progress, and high match accuracy for common POIs.
View Project
Convert your location links between Google Maps and Apple Maps with a single click. A practical web application that simplifies cross-platform navigation.
View ProjectExtracts information from Apple Maps Guide URLs, providing developers access to underlying Place IDs for MapKit and Apple Maps API integration.
View ProjectA web application that helps developers contribute to open source by discovering random pull requests from popular GitHub repositories.
View ProjectGenerate and export random walking routes using interactive maps powered by Leaflet. Perfect for exploration and fitness activities.
View ProjectA comprehensive guide to parallel programming and high-performance computing, covering advanced OpenMP techniques and optimization strategies.
Read BookAcademic research focusing on machine learning applications and fault diagnostics systems, contributing to advances in computational science.
View PublicationsSpeaking engagements and presentations on technology and industry topics
ZEDEDA Industry Talk
This presentation explores the critical challenges of achieving comprehensive observability in edge computing environments. As organizations increasingly deploy distributed applications at the edge, traditional monitoring approaches face limitations due to intermittent connectivity, resource constraints, and diverse hardware configurations. I discuss innovative solutions including lightweight monitoring agents, intelligent data aggregation strategies, and adaptive telemetry collection that maintain visibility while operating within edge computing constraints.
Watch on YouTubeReady to discuss opportunities, collaborations, or just chat about technology