Kubernetes is an open-source platform that automates the deployment, scaling, and management of containerized applications. Developed by Google and now maintained by the Cloud Native Computing Foundation (CNCF), Kubernetes allows you to efficiently manage clusters of containers, ensuring seamless load balancing, scaling, and automation. It is widely used to build and manage modern, cloud-native applications across diverse environments, making it an essential tool for organizations of all sizes.

Kubernetes simplifies the orchestration of containers, enabling developers to deploy and manage applications with ease. It offers features like automated rollouts, self-healing, and service discovery, ensuring that applications remain resilient and scalable. With Kubernetes, you can optimize resource utilization and maintain consistent performance, whether you're running workloads on-premises, in the cloud, or in hybrid environments.

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About Kubernetes Course

This Kubernetes Course Syllabus is designed to make you proficient in Kubernetes architecture, components, and cluster management, including hands-on experience with GitHub, YAML, Master Nodes, and Pods. Through this in-depth training, you'll learn how to deploy Kubernetes clusters across major cloud platforms such as AWS, Azure, GCP, and Salesforce, alongside Docker containerization. Additionally, the course includes foundational knowledge of Linux, Docker, and DevOps practices, empowering you to become a skilled Kubernetes Administrator. Enroll now to master Kubernetes and enhance your DevOps expertise, all at no extra cost.

Kubernetes Training

End of this Kubernetes Course you will earn a Valid Google Kubernetes in both Admin and Developer tracks Such as CKA and CKAD and also we offer Yuva Sakthi Academy Course Completion Certificates. By enrolling on Yuva Sakthi Academy Kubernetes Course you will become a certified admin and developer.

Docker Kubernetes courses are specially designed to learn about the docker Kubernetes tools in a vast manner. You can gain in-depth knowledge of the deployment, usage and maintaining the applications in Docker Kubernetes.

In our Yuva Sakthi Academy institute, you can take the Docker Kubernetes training in flexible timings. We have sufficient facilities to deliver the docker Kubernetes online course for the candidates. At the end of the course, you can avail of the course completion certificate from our institute for later use.

What are the Objectives of our Docker Kubernetes Training?

The main objectives of the Docker Kubernetes online course are to

  • Learn the basics of Docker and Kubernetes
  • Install and run the docker and Kubernetes cluster
  • Know the containerization and different operations performed in it
  • Learn the process of building applications using Docker and deploying the Kubernetes cluster with the help of tools like ubuntu.
  • Know about the architecture and necessary commands of Kubernetes
  • Understand the network mechanisms that are available in docker
  • Become expertise in creating container-based applications on the cloud.

Why should you go for Docker Kubernetes Training?

  • Docker Kubernetes is a blooming technology in this cloud era.
  • Has greater scope and job opportunity across the world
  • Organizations are expanding the chances in docker Kubernetes technology
  • is more helpful to get placed in a company
  • It makes you be well-versed in the docker Kubernetes and its applications.

Who should you go for Docker Kubernetes Training?

The candidates who can take the docker Kubernetes online training are

  • Beginners or newbie who are interested in learning Docker Kubernetes
  • Software and testing professionals
  • Open source enthusiasts
  • Web developers
  • Cloud professionals
  • Software developers and designers
  • Software development project managers
  • Professionals who want to enhance their career using docker and Kubernetes.

How will Docker Kubernetes Training help your career?

  • The docker Kubernetes online course will be provided with real-time training
  • Candidates can able to work with their own project and get ready for the job
  • The exams and practical attended during the training will give you hand for your career
  • You can get more job opportunities from various part of the world
  • The obtained from the institute exposes your knowledge in Docker Kubernetes
  • Act as an added advantage for your technological career.

What are the prerequisites of Docker Kubernetes ?

  • Candidates should understand the basics of Unix/Linux os.
  • Basic knowledge of windows command line
  • You should capable of opening the shell or terminal and run the basic commands
  • It is better when you know the general concepts of Docker and Kubernetes.

However, the Docker Kubernetes online course doesn’t require much prior knowledge of the docker.

What skills will you learn in Docker Kubernetes ?

  • Application scaling and management
  • Core concepts of the application containers
  • Challenges and the best solutions to tackle them
  • Responsibilities of the docker Kubernetes professional in a company.

Do you need Programming for Docker Kubernetes career?

While taking the docker Kubernetes online course, it will become easier to create applications if you know some programming languages such as java, python, etc. Apart from the programming language, you should have an idea about the orchestration tools like amazon ECS, Mesos and Google container engine.

Introduction to Docker and Kubernetes

In these days, the docker and Kubernetes are becoming more popular among the people for their better benefits. The usage of large-scale distributed systems that run on clusters of hundreds, thousands and more servers are increased.

The development, deployment, and management of these systems are economical. This led to the creation of Docker and Kubernetes as they may provide efficient results.

What are Docker and Kubernetes?

Docker is one of the leading software containerization platforms that are promoted by the company named docker. It provides operating-system-level virtualization which is also referred to as the containers. This docker makes your application into one standardized unit and wraps it into a single file to run on a server.

Kubernetes is an open-source system established by google to automate the deployment, scaling and managing the containerized applications. The docker and Kubernetes are more beneficial for the users to install and maintain the complex application on any platform.

What is Docker Kubernetes used for?

  • Docker and Kubernetes are the commonly used tools to deploy containers that are available inside a cluster.
  • They are most useful for managing the cluster of containers and combine all servers into a single unit.
  • The open-source tools are especially used to design, deploy and run the application anywhere.

These are the major reasons that led to the arrival of docker Kubernetes online courses.

What is the difference between Docker and Kubernetes?

The difference between docker and Kubernetes are

  • Installation is simpler in docker than Kubernetes
  • Docker is highly scalable and faster than Kubernetes
  • Kubernetes can deploy the rolling updates and automate the rollbacks which are not possible in the docker
  • The docker can share the storage with any container whereas the Kubernetes can do it with the same pod.
  • Kubernetes make use of the in-built tools and docker utilizes the 3rd party tools for logging and monitoring processes.

What is the difference between Docker, Kubernetes and VM?

Docker Kubernetes is a container-based technology that is specially built for running applications. Here, the containers tend to share the host os kernel and provide files to support the process in it.

While coming to the virtual machine (VM), it is not based on the container technology. VM is designed with the userspace kernel of an operating system. The server hardware is virtualized and so it shares hardware resources from the host.

Is Docker, Kubernetes an open-source?

Yes, docker Kubernetes is an open-source tool that plays a vital role in creating applications as small containers. The docker platform is used to build a ship and run distributed services anywhere. Kubernetes automates the deployment, scaling, and management of application containers over the cluster of hosts.

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the Kubernetes Training Course Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

Time Days Batch Type Duration (Per Session)
8:00AM - 12:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
12:00PM - 5:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs
5:00PM - 9:00PM Mon - Sat Weekdays Batch 4Hr - 5:30Hrs

Syllabus of Kubernetes Training

Kubernetes Introduction:

Learning Objective: Introduction to Kubernetes, setup and running Docker containers. Running your first app in Kubernetes and load balancing using load balancer.

  • Containers introduction
  • Kubernetes setup
  • Local setup with Minikube
  • Installing Kubernetes using the Docker client
  • Minikube vs Docker client vs kops vs kubeadm
  • Introduction to kops
  • Building Docker images
  • Docker image registry
  • Running 1st app on Kubernetes
  • Service with load balancer
  • Service with AWS ELB load balancer
  • Practice test

Hands-On:

  • Kubernetes setup using Minikube
  • Building Docker images
  • Running an app in Kubernetes
  • Load balancing the app
  • Load balancing the app using AWS load balancer

Kubernetes Basics:

Learning Objective: Understanding the architecture and pod lifecycle, creating different services, replicas and setting the health checks for your pods.

  • Node architecture
  • Replication controller
  • Deployments
  • Services
  • Labels
  • Health checks
  • Readiness probe
  • Pod state
  • Pod lifecycle
  • Secrets
  • Web UI
  • Practice test

Hands-On:

  • Deploying different kinds of services
  • Replica set and replication controller
  • Deployments and health checks

Advanced Topics:

Learning Objective: Creating persistent volumes, setting up auto scaling and tolerations, monitoring resource usage.

  • Service directory
  • ConfigMap
  • Ingress controller
  • External DNS
  • Volumes
  • Volumes auto-provisioning
  • Pod presets
  • StatefulSets
  • DaemonSets
  • Resource usage monitoring
  • Auto scaling
  • Affinity / anti-affinity
  • Inter-pod affinity and anti-affinity
  • Taints and tolerations
  • Custom Resource Definitions (CRDs)
  • Operators
  • Practice test

Hands-On:

  • Using volumes
  • Using DaemonSets
  • Auto scaling
  • Working with StatefulSets
  • Monitoring the resources
  • Using tolerations
  • Creating affinity and inter-pod affinity

Kubernetes Administrator:

Learning Objective: Managing users, maintaining nodes, making nodes highly available, and using TLS.

  • Kubernetes master services
  • Resource quotas
  • Namespaces
  • User management
  • RBAC
  • Networking
  • Node maintenance
  • High availability
  • TLS on ELB using annotations

Hands-On:

  • Managing users
  • Working with networking
  • Viewing the resource quotas
  • Maintaining the nodes
  • Making the nodes highly available

Packaging and Deploying on Kubernetes:

Learning Objective: Understanding and creating Helm charts.

  • Introduction to Helm
  • Creating your own Helm charts

Hands-On:

  • Working with Helm
  • Creating your own Helm charts

Continuous Development with Kubernetes:

Learning Objective: Understanding Skaffold on a high level.

  • Introduction to Skaffold

Hands-On:

  • Getting to know Skaffold

Serverless on Kubernetes:

Learning Objective: Understanding serverless and Kuberless and what you can do with them.

  • Introduction to serverless
  • Introduction to Kuberless

Hands-On:

  • Serverless and Kuberless

Microservices:

Learning Objective: Understanding Istio and authenticating users using Istio.

  • Introduction to Istio
  • Mutual TLS
  • RBAC with Istio
  • End-user authentication with Istio (JWT)

Hands-On:

  • Working with Istio
  • Authenticating using Istio

Installing Kubernetes Using kubeadm:

Learning Objective: Installing Kubernetes using kubeadm.

  • Introduction to kubeadm

Hands-On:

  • Running basic commands using kubeadm

On-Prem or Cloud-Agnostic Kubernetes:

Learning Objective: Using TLS certificates, understanding Kubernetes dashboard, and working with Prometheus.

  • Managing TLS certificates with cert-manager
  • Kubernetes dashboard
  • Kubernetes with Prometheus

Hands-On:

  • Managing TLS certificates
  • Setting up and using Kubernetes dashboard
  • Working with Prometheus

Kubernetes Security:

Learning Objective: Understanding and implementing Kubernetes security best practices.

  • Introduction to Kubernetes Security
  • Pod Security Policies
  • Network Policies
  • Security Contexts
  • RBAC and Network Policies

Hands-On:

  • Implementing security best practices
  • Configuring Pod Security Policies
  • Applying Network Policies

Kubernetes Troubleshooting:

Learning Objective: Understanding common issues and how to troubleshoot Kubernetes deployments.

  • Common Kubernetes issues
  • Troubleshooting Pods
  • Troubleshooting Nodes
  • Using kubectl for debugging

Hands-On:

  • Debugging Pods and Nodes
  • Using kubectl commands for troubleshooting

Exam Preparation:

Learning Objective: Preparing for Kubernetes certification exams.

  • Reviewing exam objectives
  • Practice exams
  • Study tips

Hands-On:

  • Taking practice exams
  • Reviewing sample questions

Trainer Profile of Kubernetes Training Course

Our Trainers provide complete freedom to the students, to explore the subject and learn based on real-time examples. Our trainers help the candidates in completing their projects and even prepare them for interview questions and answers. Candidates are free to ask any questions at any time.

  • Trained more than 2000+ students in a year.
  • Strong Theoretical & Practical Knowledge.
  • Certified Professionals with High Grade.
  • Expert level Subject Knowledge and fully up-to-date on real-world industry applications.
  • Trainers have Experienced on multiple real-time projects in their Industries.

Key Features of Our Training Institute

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One on One Teaching

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Flexible Timing

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Fully Practical Oriented Classes

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Class Room Training

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Online Training

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Corporate Training

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100 % Placement

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Frequently Asked Questions

What is Kubernetes?

Kubernetes is an open-source container orchestration platform designed to automate the deployment, scaling, and management of containerized applications. It provides container-centric infrastructure management, enabling efficient application deployment across diverse environments.

What are the key features of Kubernetes?

Kubernetes offers features such as automated container deployment and scaling, declarative configuration, service discovery and load balancing, storage orchestration, automated rollouts and rollbacks, self-healing capabilities, secret and configuration management, and horizontal scaling.

How does Kubernetes help in container management?

Kubernetes simplifies container management by automating the deployment, scaling, and operation of application containers. It provides a platform-agnostic framework that enables seamless orchestration of containers across multiple nodes, ensuring efficient resource utilization and application resilience.

What are Kubernetes Pods?

Kubernetes Pods are the smallest deployable units in Kubernetes, consisting of one or more containers that share network and storage resources. Pods encapsulate an application's containers, storage resources, and configuration settings, allowing them to be managed collectively.

How is Kubernetes different from Docker?

Kubernetes and Docker serve different purposes in container management. Docker is a platform for building, shipping, and running containers, while Kubernetes is an orchestration tool that automates the deployment and management of containers at scale. Kubernetes can manage Docker containers along with other container runtimes.

What is Kubernetes Deployment?

Kubernetes Deployment is a resource object used to declare and manage the lifecycle of a set of replica Pods. It provides declarative updates to applications, ensuring their availability and scalability by handling rolling updates and rollbacks based on defined configurations.

How can Kubernetes enhance application scalability?

Kubernetes enables application scalability by automatically scaling the number of application instances (replicas) based on resource usage metrics or custom-defined policies. It supports horizontal scaling of Pods across multiple nodes, ensuring optimal performance and responsiveness under varying workloads.

What role does Kubernetes play in microservices architecture?

Kubernetes facilitates the deployment and management of microservices within a distributed application architecture. It supports container-based isolation, service discovery, load balancing, and automated scaling of microservices, ensuring high availability, fault tolerance, and efficient resource utilization.

How does Kubernetes handle service discovery and load balancing?

Kubernetes uses Services to abstract access to a set of Pods and provides mechanisms for service discovery and load balancing. It automatically assigns stable IP addresses to Services, routes traffic to available Pods based on defined policies (such as round-robin), and ensures continuous availability of services across the cluster.

Is Kubernetes suitable for hybrid and multi-cloud environments?

Yes, Kubernetes is designed to operate seamlessly across hybrid and multi-cloud environments. It supports deployment across on-premises data centers, public cloud providers (like AWS, Google Cloud, and Azure), and edge computing platforms. Kubernetes' portability and flexibility make it ideal for organizations seeking a unified orchestration solution across diverse infrastructure setups.

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