About

I am a software engineer who moved from embedded systems into modern cloud-native .NET engineering. I bring a reliability-first mindset from low-level engineering into scalable cloud applications, services, and APIs. I focus on maintainable architecture, operational excellence, and software that does what it is designed to do in real production environments.

In embedded and distributed embedded environments, software had to do exactly what it was designed to do, every time. Reliability, deterministic behavior, and performance were non-negotiable. That foundation taught me to think in systems, design for constraints, and build with operational reality in mind.

I brought that mindset into backend and cloud development with .NET. Today, I build scalable applications, services, and APIs that are secure, observable, resilient, and maintainable in production.

My focus is combining embedded discipline with cloud scale: systems that are robust by design, operate reliably under load, and continue to do what they were built to do.

What I bring

• Strong engineering fundamentals from embedded and distributed embedded systems
• Deep experience building scalable .NET backend applications and APIs
• Cloud-first mindset with emphasis on resilience, observability, and automation
• Pragmatic architecture with focus on maintainability and delivery
• Collaboration across product, engineering, and operations

Current focus

I am especially interested in cloud-native .NET development, platform engineering practices, and using AI-assisted workflows to improve software delivery quality and speed.