Senior Software Engineer | Software Architect | Distributed Systems | Observability | Clouds & AI-Augmented Engineering

This space reflects how I think, design, and build real-world, scalable, observable, and resilient software systems.

Here you will find:

• Production-grade architectures
• Cloud-native services
• Observability-first engineering
• AI-augmented workflows
• Pragmatic, battle-tested solutions
• More than just words, I deliver real software.

• ✅ Scalability is not optional
• ✅ Observability is a first-class feature
• ✅ Simplicity beats overengineering
• ✅ Trade-offs matter more than patterns
• ✅ Systems must fail gracefully
• ✅ AI is a multiplier, not a replacement

I design systems that are: distributed, observable, fault-tolerant, and business-aligned.

• 🌐 Distributed Systems & Event-Driven Architecture
• ☁️ Cloud Engineering (AWS-centric)
• 📈 Observability (New Relic, kibana and etc)
• 🧠 AI-Augmented Software Engineering
• 🧪 Automated Testing, Quality Gates, Security Gates
• 🔁 CI/CD & Infrastructure as Code
• 🎓 Technical Leadership & Mentorship

Languages & Runtime

• C#, .NET, Node.js, TypeScript

Cloud & Infrastructure

• AWS (Lambda, ECS, SQS, DynamoDB, S3)
• Docker, Terraform, Jenkins, GitHub Actions

Observability

• New Relic, Structured Logging, metrics, traces

Architecture & Engineering Practices

• Clean Architecture, DDD (light), SOLID
• KISS, YAGNI, Separation of Concerns
• Event-Driven Design, Microservices

• ✅ Cloud-native microservices
• ✅ Distributed architecture references
• ✅ Observability patterns and dashboards
• ✅ CI/CD pipelines & DevOps automation
• ✅ Infrastructure as Code
• ✅ AI & prompt-engineering workflows
• ✅ Production-oriented engineering labs

“Build systems that explain themselves.”