Docker and Kubernetes are popular names in the world of software development and deployment. Docker offers container platforms and the two words Docker and Containers have almost become synonymous lately. Containers have revolutionized software deployment by being lightweight and working very similar to virtual machines minus the OS to make the software run. They have made it possible to build portable and secure apps in an agile manner where companies get to save plenty in terms of costs and infrastructure. Dockers being used by tech giants such as Microsoft and Google will continue to remain in trend.
While it’s easy to orchestrate a handful of containers and applications at once, the challenge grows exponentially when the numbers reach hundreds or thousands. This is where Kubernetes and container orchestration comes in place to help in management, automation, and scaling of applications that are containerized. Although from a general perspective Docker and Kubernetes appear similar, they operate at different layers and can also be used together. They can be thought of as analogous to an airport. If containers are aircraft, Kubernetes is the air traffic control.
It’s important to understand that Docker and Kubernetes are not an either-or choice. It’s ideal to think of them as two significant components of a bigger system. Learning them together has numerous benefits.
Professionals who are already working on one will gain a significant edge knowing both Docker and Kubernetes.
Both Docker and Kubernetes benefit organizations in the following ways:
Docker has continued to be at the forefront of Container technology and it has helped Kubernetes establish itself as a go-to container orchestration engine. The growth of Kubernetes has been fuelled with Docker helping make containers easier to use. According to the survey conducted by Datadog, at the beginning of April 2018, 23.4 percent of its customers had adopted Docker.
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Get to know about Containers and understand the difference between VMs and Containers.
Get to know about the concepts that differentiate Monolithic from Microservices applications.
Learn to install Docker and understand all the concepts around Docker Architecture and Components.
Learn to work with Docker Registry for pulling and pushing images and explore the other features.
Get a clear understanding of the concepts surrounding Docker Volumes as well as Docker Networks.
Learn to use Docker Orchestration Services which include Docker Compose as well as Docker Swarm.
Learn to install Kubernetes, understand its role and benefits.
Gain knowledge about the difference between Docker Swarm and Kubernetes and deploying applications.
Gain knowledge to work with Kubernetes in order to create Pods, deployments as well as services.
There are no prerequisites for attending this course. But it would be beneficial for you to have the following knowledge:
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Learning Objectives:
This module provides an introduction to containers and the benefits of using containers as opposed to VMs. You will learn use cases of Containers and Docker, and be able to describe Docker architecture and its components.
Sub-Topics:
Hands-on workshop description:
Learn various Docker Commands for creating, stopping, removing and copying containers.
Learning Objectives:
In this module, you will explore the prerequisites for installing Dockers. Learn to install & configure Docker toolbox on Windows OS, and install & configure Docker on Amazon EC2. Validate the Docker installation. Get deeper into Docker Architecture and components.
Hands-on workshop description:
Installing & Configuring Dockers.
Learning Objectives:
Create images by starting a container using a base image and interactively make changes to it, create a Docker file that will let Docker build the image automatically.Learn to create and work with Docker Volumes.Understand the three types of Docker Network – Local, Host and Bridge.
Sub-Topics:
Hands-on workshop description:
Pulling and pushing images. Creating own images using Dockerfile and push to Docker Hub, Creating Automated Build using Docker Hub, Creating Docker Volumes and copying the data , Creating Bridge Network for container communication.
Learning Objectives:
Learn to create Public and Private Repositories using Docker Hub. You will also be able to share your image using Docker Hub, deploy your own Docker images registry and set up your own automated build.
Hands-on workshop description:
Learning Objectives:
Get an overview of Docker Compose & Swarm. Learn to build High Availability Structures needed for critical applications, and understand how to filter and schedule nodes for optimal deployment
Hands-On Workshop Description:
Learning Objectives:
Learn what / why Kubernetes is required and study Kubernetes Use Cases.
Sub Topics:
Hands-on workshop description: No Hands-On
Learning Objectives:
Understand the key components of Kubernetes Cluster- Master, Nodes and AddOns.
Sub Topics:
Hands-on workshop description: No Hands-On
Learning Objectives:
Gain knowledge on installing & Kubernetes Cluster on Virtualbox, AWS Cloud and Google Cloud Platforms.
Sub Topics:
Hands-on workshop description:
Learning Objectives:
Here you will understand about Pods and how to deploy an app using kubectl commands.
Sub Topics:
Hands-on workshop description:
Learning Objectives:
This module helps you to learn what is a Service, how to scale up and down the application replicas, provide updates to the application and autoscaling containers.
Sub Topics:
Hands-on workshop description:
Learning Objectives:
On completing this module, you will be able to deploy both stateless applications and stateful applications. You will also be able to scale the stateful sets and provide rolling updates.
Sub-Topics:
Hands-On Workshop Description:
Covers projects on Dockers & Kubernetes.
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This training is designed to help you become an expert in Docker and Kubernetes technology. You will start from scratch and learn about the basic fundamentals. You will learn about Dockers and containers, Installing and working with Docker Components, about Kubernetes, Installing and Working with Kubernetes components with Case Studies. In the present market, an engineer proficient with Docker and Kubernetes can earn an average salary of upto $135,319. This is the right time to invest in learning Docker and Kubernetes since organizations are rapidly moving towards containerization technology and there is a huge demand for Docker and Kubernetes engineers.
You will:
By the end of this course, you would have gained knowledge on how to work with the Dockers and Kubernetes platform.
Basics of Virtualization, Linux , Network and use of using Remote access tools is essential for this training.
Yes, KnowledgeHut offers this training online.
On successful completion of the course you will receive a course completion certificate issued by KnowledgeHut.
Your instructors are Docker and Kubernetes experts who have years of industry experience.
Any registration cancelled within 48 hours of the initial registration will be refunded in FULL (please note that all cancellations will incur a 5% deduction in the refunded amount due to transactional costs applicable while refunding) Refunds will be processed within 30 days of receipt of written request for refund. Kindly go through our Refund Policy for more details: https://www.knowledgehut.com/refund
KnowledgeHut offers a 100% money back guarantee if the candidate withdraws from the course right after the first session. To learn more about the 100% refund policy, visit our Refund Policy.
In an online classroom, students can log in at the scheduled time to a live learning environment which is led by an instructor. You can interact, communicate, view and discuss presentations, and engage with learning resources while working in groups, all in an online setting. Our instructors use an extensive set of collaboration tools and techniques which improves your online training experience.
Minimum Requirements: MAC OS or Windows with 8 GB RAM and i3 processor
Cincinnati, Ohio, is the fastest-growing capital in the US Midwest at the moment. Being a city having a cost of living rate 8% below the national average, it naturally attracts young professionals. And with an unemployment rate at 4.2%, which is below the national rate, there is also a very high chance of finding employment regardless. A course on Docker with Kubernetes with KnowledgeHut only serves to increase your chances of finding employment among other qualified candidates in this city of opportunities.
A course designed keeping operational engineers, software developers, IT professionals and architects in mind, the participant needs to have prior knowledge of virtualization, know how to install and configure applications, and have a basic grasp at least of Linux and networking. Docker is an open-source application deployment platform whose immense flexibility has made it very popular among tech giants like Microsoft and Google. Kubernetes is a containerised app automatizing technology from Google that makes Docker functioning easier. All this and more is covered by this course offered by KnowledgeHut.
This training is for those who are willing to proceed step by step from the basics to the advanced levels of Docker with Kubernetes. Participants will be provided with a thorough understanding of concepts like Docker components, architecture and apps, know how to differentiate between things like Microservices and Monolithic apps, Containers and VMs, Kubernetes and Docker Swarms, etc. Not only will the participant learn how to install Kubernetes and Docker, but will also know how to create services and pods and deploy apps using Kubernetes. With this course, you will get to apply your theory with coding, case studies and exercises.
What sets the Docker with Kubernetes course with KnowledgeHut apart from the average online course is the live training with an expert in their respective field having a lot of experience. While the group training acquaints the participant with real-time team projects, the one-to-one training facilitates the easy clearing of concepts and a smooth transition from the basic to the advanced levels. In fact, the ability to apply the acquired skills at a practical level is treated with utmost seriousness and the course designed by experts which is always updated with the latest in the field is geared towards that. 3 live projects, 20 hours of practical training on Docker with Kubernetes and 24 hours of live sessions will ensure that the participant has covered everything there is to be covered. The final projects are always reviewed by professional developers to top it off.