Hi, I’m Amir, a Systems and Cloud Infrastructure Engineer passionate about building reliable infrastructure, developing technology products, and understanding how complex systems work.

Throughout my career, I have taken ownership of building and evolving infrastructure products from idea to production. I enjoy being involved in the full engineering lifecycle: researching and designing solutions, implementing features, testing, deploying, monitoring, troubleshooting, and continuously improving systems based on real-world feedback.

This blog is my engineering notebook, where I document what I build, what I learn, and the experiences I gain throughout my journey. My goal is to deepen my understanding of technology, share practical engineering lessons, and contribute knowledge that can be useful to others.

What I’m interested in

☁️ Cloud infrastructure, distributed systems, and building reliable platforms
🚀 Designing, building, and operating technology products end-to-end
🖥️ Systems software, low-level programming, and understanding how systems work internally
⚙️ Operating systems, virtualization, and Linux internals
🌐 Networking, storage systems, and performance engineering
🦀 Systems programming with Rust, Go, and C
🔍 Deep dives into technologies, architectures, and engineering trade-offs
🤝 Open source software, community collaboration, and engineering culture
📚 Lifelong learning and continuous improvement

What you’ll find here

• Technical deep dives
• Learning notes
• Engineering experiences and lessons learned
• Open source contributions and projects
• Thoughts on software architecture and system design

Outside of engineering

When I’m away from my keyboard, I enjoy:

• 🎮 Playing video games
• 🧳 Traveling and exploring new places
• 🏋️ Going to the gym when time allows

Background

I enjoy bridging academic concepts with real-world engineering challenges. Whether I’m studying operating systems, exploring low-level technologies, or working on production cloud infrastructure, I’m always interested in understanding not only how something works, but why it was designed that way.

I believe great engineering comes from taking responsibility for the entire lifecycle of a system — from understanding the problem and designing the solution to delivering, operating, and improving it over time.

Thanks for stopping by — I hope you find something useful here.