Learn version control, repositories, branching, merging, commits, and collaborative software development workflows.
Manage source code, repositories, collaboration, pull requests, and development workflows using GitHub.
Build automated CI/CD pipelines for continuous integration, testing, and application deployment.
Learn container creation, images, containers, registries, networking, and application deployment.
Understand container orchestration, pods, services, deployments, scaling, and cluster management.
Automate application configuration, server management, provisioning, and repetitive infrastructure tasks.
Learn Infrastructure as Code to provision and manage cloud and infrastructure resources through configuration files.
Understand cloud infrastructure and deploy applications using essential AWS services and DevOps workflows.
Develop command-line, server administration, permissions, processes, shell scripting, and system management skills required for DevOps environments.
Learn how to automate development, testing, configuration, infrastructure, and application deployment processes.
Build continuous integration and deployment pipelines while learning how to package and manage applications using containers.
Complete practical DevOps projects and develop a portfolio demonstrating your automation, deployment, and infrastructure capabilities.
Learn the latest design trends, techniques, and professional workflows.
Work on live projects, branding assignments, and portfolio-building exercises.
Get trained by creative professionals with real-world industry expertise.
Access advanced systems and professional software for enhanced learning.
Transform your interest in development and infrastructure into practical DevOps skills through industry-focused training, hands-on automation, cloud deployment, and modern software delivery practices.
You will learn version control, CI/CD, automation, containerization, orchestration, Infrastructure as Code, cloud deployment, and DevOps workflows.
The course covers Git, GitHub, Jenkins, Docker, Kubernetes, Ansible, Terraform, AWS, and Linux.
Yes. The course starts with fundamental development and operations concepts before progressing into automation, containers, CI/CD, and infrastructure management.
Yes. Students learn how to create automated pipelines for building, testing, and deploying applications using DevOps tools.
Yes. Practical projects help students apply version control, automation, containerization, deployment, and infrastructure management concepts.
Students can explore opportunities as DevOps Engineers, Cloud DevOps Engineers, Automation Engineers, Release Engineers, Build & Deployment Engineers, and Cloud Operations professionals.
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