Systems Engineer working across software development and cloud infrastructure.

My experience spans backend development, distributed systems, and production operations. In recent years, my focus has been reliability engineering and cloud-native environments, while continuing to design and maintain application code.

I work end-to-end: from application logic to infrastructure, deployment pipelines, and production observability.

• Design and implementation of backend services (Go, Rust, TypeScript)
• API design for distributed systems (REST / gRPC)
• Cloud-native architectures in AWS and Kubernetes
• Infrastructure as Code and multi-environment provisioning
• Observability implementation and tracing instrumentation
• CI/CD automation and operational hardening
• Performance analysis and system reliability improvements

I am particularly interested in systems that require:

• Clear architectural boundaries
• Production-grade deployment models
• Secure-by-default configuration
• Failure-aware design
• Measurable reliability and operational visibility

I approach systems from both development and operational perspectives. Code and infrastructure are treated as parts of the same system.

Go · Rust · Node.js / TypeScript · C# · Python

TypeScript · Modern SPA architectures

AWS · Azure · GCP · Kubernetes · Terraform · CDK · Docker

OpenTelemetry · Jaeger · Prometheus · Grafana

• go-api-rest – Production-oriented backend service in Go with structured architecture and observability instrumentation.
• lab-observability-apps – Practical sandbox for distributed tracing and telemetry experimentation.
• front-end – Full-stack project integrating frontend application, backend services, and cloud deployment workflows.

Experience working with systems requiring strong security and operational controls, including:

• Secure API integrations
• Payment and financial workflows
• Sensitive data handling
• IAM and least-privilege access models
• Encryption in transit and at rest

Reliability and security are considered architectural decisions, not afterthoughts.

Focused on building maintainable, observable and operationally reliable systems.