Cloud computing skills become career assets when you go beyond isolated skills and know how to move from infrastructure to reliable application delivery with ease. This Cloud DevOps specialization helps software developers, cloud engineers, DevOps practitioners, aspiring DevOps engineers, and learners who want to build practical cloud and container deployment skills across AWS foundations, containerization, Kubernetes, and CI/CD monitoring through a single applied learning progression.
This provides a well-defined path to build the skills required for effective cloud infrastructure management and reliable, automated deployment of modern applications. You will begin with an AWS course covering identity and access, networking, compute, and storage. Then, you will containerize real applications with Docker, deploy and scale Kubernetes workloads, and monitor and secure CI/CD pipelines the way production teams do.
By the end, you’ll be able to configure cloud resources, containerize applications, deploy and scale workloads on Kubernetes, and build reliable CI/CD workflows for cloud-native environments.
Enroll now and build the practical, role-ready DevOps skill set organizations are looking for.
Applied Learning Project
Throughout this specialization, you’ll work through practical cloud and DevOps scenarios that connect infrastructure, application deployment, and delivery operations. You will also:
Configure AWS IAM users, roles, policies, MFA, VPCs, EC2 instances, Auto Scaling Groups, EBS, EFS, and S3 resources.
Build Docker images and containers, manage volumes and networks, and use Docker Compose to coordinate multi-container applications.
Create a Kubernetes environment with Minikube, VirtualBox & Kubectl, then deploy applications using YAML, Pods, Deployments, and Replica Sets.
Configure Kubernetes Services, Ingress, Egress, and persistent volumes so applications can communicate reliably and retain data.
Build an end-to-end Jenkins pipeline by connecting Git, Maven, Docker, Ansible & SonarQube for automated build, testing, deployment, and code-quality checks.
Apply Jenkins administration, pipeline security, monitoring, backup, and restoration practices to improve operational reliability.
