Production Systems Engineering
The production half of system design. Deployment strategies, release patterns, observability, and security, taught as general production engineering principles. Built for senior engineers who need to design systems that can be deployed safely, observed clearly, and secured properly, in interviews and in real production.
What you'll learn
Curriculum
4 modules · 23 lessonsDeployment Strategies
Getting new code in front of users without downtime and with a way back: the strategy spectrum, the pipeline that delivers it, and rolling, blue-green, and canary in depth.
Release Patterns
Separating deploy from release: feature flags, experiment infrastructure, zero-downtime schema change, and getting back to a known-good state.
Observability
Seeing what production is doing: the three pillars, logging and aggregation, correlation, metrics, alerting, dashboards and runbooks, and distributed tracing.
Advanced Security
Production security as general principle: TLS in transit, encryption at rest, secrets, passwords, access control, and enterprise SSO. Platform-specific depth lives in the Kubernetes Security and Identity and Trust courses.
About the Author

Sharon Sahadevan
AI Infrastructure Engineer
Building production GPU clusters on Kubernetes. H100s, large-scale model serving, and end-to-end ML infrastructure across Azure and AWS.
10+ years designing cloud-native platforms with deep expertise in Kubernetes orchestration, GitOps (Argo CD), Terraform, and MLOps pipelines for LLM deployment.
Author of KubeNatives, a weekly newsletter read by 3,000+ DevOps and ML engineers for production insights on K8s internals, GPU scheduling, and model-serving patterns.