advanced Docker administration Course Overview

Certainly! Here are the minimum required prerequisites for successfully undertaking the advanced Docker administration course:

• Basic understanding of Linux command line operations and Linux filesystem
• Familiarity with software development concepts and processes
• Knowledge of basic system administration tasks, such as managing files and users
• Understanding of basic networking concepts, such as IP addresses, HTTP, and DNS
• Prior experience with using virtualization or containerization technologies is helpful but not mandatory
• Willingness to learn new technologies and adapt to hands-on practical exercises

Please note that while having a background in IT is beneficial, this course is designed to guide you through the advanced concepts of Docker from the ground up, so enthusiasm and commitment to learning are just as important as technical prerequisites.

Target Audience for advanced Docker administration

1. The Advanced Docker Administration course is tailored for IT professionals seeking to master containerization and enhance their DevOps skills.

   
   

2. Target Audience and Job Roles:

   
   

• DevOps Engineers
• Software Developers
• System Administrators
• Cloud Infrastructure Engineers
• Release Managers
• QA Engineers
• Technical Leads
• IT Project Managers with a technical background
• IT Professionals interested in containerization and microservices architecture
• Application Developers looking to containerize their applications
• Technical Support Engineers aiming to improve deployment processes
• Security Professionals responsible for securing containerized applications
• Network Engineers interested in container networking aspects

Learning Objectives - What you will Learn in this advanced Docker administration?

Introduction to Advanced Docker Administration Course Learning Outcomes:

Gain mastery in Docker technology as you learn to install, configure, and manage Docker environments, create custom images, orchestrate containers, and ensure efficient operations with Docker Swarm.

Learning Objectives and Outcomes:

• Understand Docker's architecture and components, enabling effective installation and configuration of the Docker environment.
• Execute Docker Client operations to run containers, manage their lifecycle, and perform commands within running containers.
• Build custom Docker images using Dockerfile and Docker Commit, and manage image repositories by tagging, pulling, and pushing images.
• Set up private Docker registries to store and distribute images securely within an organization.
• Dive deep into Docker's core technologies, including cgroups and namespaces, to understand container isolation and resource allocation.
• Implement and manage persistent storage solutions using Docker volumes and bind mounts, ensuring data persistence across container lifecycles.
• Configure and manage container networking, including network bridges, to facilitate communication between containers and the outside world.
• Utilize Docker Compose to define multi-container applications through YAML files, streamlining deployment and configuration processes.
• Orchestrate container deployments using Docker Swarm, managing clusters, node operations, service updates, and scaling with high availability.
• Monitor Docker environments to maintain performance and health, deploying rolling updates and managing secrets to protect sensitive data.