To ensure you can successfully undertake the Kubernetes Administration Using Docker course offered by Koenig Solutions, the following minimum prerequisites are recommended:

• Basic understanding of Linux command line and Linux operating system concepts.
• Familiarity with general networking principles and protocols such as IP addressing, DNS, and firewall rules.
• Knowledge of software development or system administration concepts, including deployment and management of applications.
• Awareness of cloud computing and virtualization principles.
• Some experience with using containers, although detailed knowledge of Docker is not necessary as it will be covered in the course.
• Eagerness to learn about container orchestration and Kubernetes.

Please note that these prerequisites are intended to provide a foundation for the training. The course is designed to accommodate a range of IT professionals, from developers to system administrators, who are looking to gain expertise in containerization and Kubernetes orchestration.

Target Audience for Kubernetes Administration Using Docker

Koenig Solutions' Kubernetes Administration Using Docker course offers in-depth training on container orchestration and management, tailored for IT professionals.

• DevOps Engineers
• System Administrators
• Cloud Professionals
• Software Developers
• IT Managers
• Technical Leads
• Infrastructure Architects
• Application Developers
• Site Reliability Engineers (SREs)
• QA Engineers/Testers involved in automation
• Network Engineers seeking containerization skills
• Security Professionals with an interest in deployment security
• Technical Support Engineers looking to upgrade their skills
• IT graduates aiming to build a career in cloud and container technologies

Learning Objectives - What you will Learn in this Kubernetes Administration Using Docker?

Introduction to Kubernetes Administration Using Docker Course Outcomes:

Gain mastery in containerization and orchestration with Docker and Kubernetes, learning to deploy, manage, and scale applications efficiently in a cloud-native environment.

Learning Objectives and Outcomes:

• Understand the fundamentals of containerization and how Docker streamlines software development and deployment.
• Install and configure Docker, mastering essential commands and the Docker Engine for container management.
• Learn to create and manage Docker images, and utilize Docker Hub for storing and sharing images.
• Implement private Docker registries and manage container lifecycles, including storage methods and volumes for data persistence.
• Acquire deep knowledge of Kubernetes, its architecture, and core concepts for effective cluster orchestration.
• Manage Kubernetes resources such as pods, replica sets, services, and namespaces to maintain organized, scalable applications.
• Implement deployment strategies in Kubernetes and leverage features like auto-scaling, rollouts, and rollbacks for application lifecycle management.
• Configure and manage network policies, understand pod-to-pod communication, and expose applications through Kubernetes networking.
• Ensure the security of Kubernetes clusters with best practices in authentication, role-based access control, policies, and secrets management.
• Monitor and log cluster components and applications using tools like Prometheus and Grafana, ensuring high availability and performance.

These objectives and outcomes equip students with the essential skills to administer Docker and Kubernetes environments effectively, preparing them for roles in DevOps, cloud infrastructure management, and application deployment.