Develop and Deploy Cloud Native Applications at Scale with Kubernetes
InstructorJose PortillaThe training prioritizes active implementation, covering essential components like Pods, Deployments, and Services through direct technical execution.
The path extends beyond local environments to include workflows for deploying clusters to Amazon Web Services (AWS).
Editorial course preview
These 4 complementary views highlight concrete, legible examples from the course presentation.
A diagram illustrating a Kubernetes cluster architecture with two master nodes and four worker nodes, displayed beside a presenter.
Schematic diagram illustrating the internal structure of two Kubernetes pods, showing grouped containers, ports, and health checkers.
A schematic diagram of a Kubernetes cluster displaying eight namespaces, each containing two pods with containers, alongside a presenter.
A presentation slide titled Kubernetes Operator displays a flow diagram connecting Custom Resource, Operator, and Kubernetes Resources, with a presenter visible in the lower left.
One signal suggests that certain sections involving Ingress and Helm charts may rely on deprecated features, requiring manual troubleshooting.
Specific deployment steps, such as port-forwarding for web applications, have been noted as unclear or requiring manual adjustments.
The curriculum aligns with the target of transitioning to cloud-native development through its inclusion of Docker and AWS workflows.
