Docker Training

Docker Training and Course

The Docker training course provides the candidate hands-on training and experience in creating easy-deployable and lightweight containers for software development and web application projects.

The Docker course helps you master every new feature included in the Docker Ecosystem. The Docker training course provides exposure to a real scenario like creating docker images with CentOS Linux, Dockerfiles, Granting Docker Control to Non-root Users, network configuration files, orchestrations, and security, installing Ubuntu Linux, and more.

About Docker Training Course

The Docker training course from Yuva Sakthi Academy is curated by highly experienced experts so that every latest industry trends and updates are covered in the syllabus. The docker training from the professionals helps the candidate to gain insight into different containerization technology aspects through real-time projects and scenarios.

Apart from that, the Docker courses also help the candidate to create and make use of the containers on the platform of a Docker. The top software containerization trained in the Docker training course will help the candidates to know the concept in-depth and clearly though effective training methodologies.

The Docker training course will master the running containerized applications aspects from already present images, installing, operating, and maintaining the docker platform, deploying images on the cluster, and more with the help of real-life projects and hands-on experience.

Docker Training from Yuva Sakthi Academy also covers Docker components, architecture, docker in DevOps and docker networking, docker installations, and other orchestration services with real-life case studies.

What will you learn in this Docker Training Course?

The Docker training course offers an end to end, and powerful learning experience of comprehensive technologies and methodologies used in the Docker platform, including Docker, compose docker containers, docker images, docker engines, and more. Apart from them, the docker training will help the candidates to perform the following aspect at the end of the Docker training and course.

In-depth knowledge of Docker Hub, Docker File, and holds the ability to create Docker images.
Learn different Docker networking mechanisms
Comprehend cloud-based container services.
Develop containers and images from scratch by using Dockerfiles.
Ability to create your creative word press site using Docker
Capable of creating customizable, innovative, and flexible networks and environments.
Possess the ability to troubleshoot and configure the docker engine.
Comprehend security, docker API’s, networking, docker provisioning with the help of vagrant and chef
Capability to run programs in Docker with the help of scopes.
Share, backup, and copy your data that runs on a container.
Ability to create private and public repositories with the help of Docker Hub.
Ability to create a docker file that helps the docker to develop the images automatically.
Ability to develop your docker swarm cluster.

Who should take up this Docker Training and Course?

The Docker training from Yuva Sakthi Academy is suitable for

All IT professionals who create, develop, and test their codes actively
System administrators and web developers
Testers and release engineers
Cloud Professionals and managers
Application developers and software developers
Database administrators, technical administrators, and support engineers
Students who are willing to develop a successful career in data science.

What are the Prerequisites for Learning Docker?

Students and professionals who possess the following prerequisites are capable of attending Docker training and course from Yuva Sakthi Academy.

Experience of using Linux or Windows with the command line
Good knowledge with Linux administration
Basic knowledge about networking

Even though you don’t possess the above pre-requisites, Yuva Sakthi Academy holds trainers who help the candidate to be clear in every concept and achieve a successful career in Docker.

Why should you take up this Docker Training?

There is plenty of reason why you should go with Docker training course to be successful.

The leading and top-notch software container platform in the world used by developers
Developers can quickly develop any application in different languages with the help of any toolchain.
Dockerized applications can anywhere and are completely portable.
80% of the enterprise makes use of the Docker to develop agile software delivery pipelines.
eBay, Intuit, Splunk, PayPal, ADP, Uber, BBC news, and many top IT and MNC companies use docker.
The average salary of experts with docker skill is about 859K.
Node, Java, Ruby, and PHP are some of the main programming frameworks that are preferred to be used in the containers.

What is Docker used for?

Docker is a tool developed to provide significant benefits to both system administrators and developers make it an essential part of different toolchains in DevOps (developers+operations).

For system administrators, the Docker provides flexibility and credibility. It also decreases the total number of systems required, potentially due to its lower overhead and small footprint.

For Developers, docker helps them to focus on writing simple codes without any worries about the system that runs on. The developers can make use of the programs that are already running inside the docker containers as a vital part of their applications.

Benefits of Docker

The advantages of Dockers are many. Here are a few of them.

Cost savings and ROI
Productivity and standardization
Maintainability and compatibility
Faster deployment
Diverse cloud platforms
Highly secure.
Ensures for resources and applications isolations.
Continuous testing and deployment
Faster and simple configurations
CI efficiency

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the Docker 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

Docker Training Syllabus

Download Curriculum

Module 1: Introduction to Docker

Introduction to Docker
Understanding Containerization and Virtualization
Docker Architecture Overview
Docker Hub and Image Registry Basics
Setting Up Docker: Installation and Configuration
Basic Docker Commands and Operations
Working with Docker Images
Customizing Docker Containers
Networking with Docker: Port Forwarding and Configuration
Exercise: Docker Installation and Initial Setup
Exercise: Creating and Managing Docker Images
Exercise: Exposing and Testing Container Ports

Module 2: Mastering Dockerfiles and Networking

Dockerfile Syntax and Directives
Understanding USER and RUN Instructions
Execution Order in Dockerfile
ENV and Configuration Management
CMD vs ENTRYPOINT
EXPOSE and Network Ports
Volume Management in Docker Containers
Docker Networking Concepts and Configurations
Creating, Inspecting, and Removing Networks
Exercise: Building Custom Images with Dockerfile
Exercise: Managing and Configuring Docker Volumes
Exercise: Adding and Managing External Content

Module 3: Docker Command Line and Advanced Features

Inspecting and Managing Container Processes
Advanced Container Management Techniques
Port Exposure Control and Configuration
Container Naming and Docker Events
Managing Docker Images: Save, Load, and Cleanup
Image History and Tagging
Publishing Images to Docker Hub
Continuous Integration and Docker Integration
Exercise: Advanced Container Creation and Management
Exercise: Dockerizing a Basic Web Server
Exercise: Implementing CI/CD with Docker

Module 4: Docker-Compose for Multi-Container Applications

Overview of Docker-Compose
Creating and Managing Docker Networks
Isolating and Linking Containers
Aliases and Container Naming Conventions
External Networks and Configuration
Building and Running Multi-Container Applications
Managing Environments: Up, Down, and Scaling
Exercise: Setting Up and Configuring Docker-Compose
Exercise: Running and Scaling Multi-Container Apps

Module 5: Docker Swarm and Orchestration

Introduction to Docker Swarm and Orchestration
Setting Up a Multi-Node Swarm Cluster
Swarm Mode and Built-In Orchestration Features
Creating and Scaling Services in Swarm
Using Overlay Networks for Service Communication
Deploying Multi-Service Applications
Service Placement and Node Availability
Exercise: Setting Up and Configuring Docker Swarm
Exercise: Deploying and Managing Swarm Services

Trainer Profile of Docker 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

One on One Teaching

Flexible Timing

Fully Practical Oriented Classes

Class Room Training

Online Training

Corporate Training

100 % Placement

Training Courses Reviews

Frequently Asked Questions

What is Docker and how does it work?

Docker is a platform for developing, shipping, and running applications using containerization technology. It allows developers to package applications and their dependencies into lightweight, portable containers that can run consistently across any environment. Docker uses operating-system-level virtualization to enable containerization, providing isolated environments for applications without the overhead of full virtual machines.

Containers created with Docker encapsulate everything needed to run an application, including code, runtime, libraries, and settings. Docker containers are highly efficient, enabling faster deployment, scalability, and consistent performance across different infrastructure environments.

What are the key benefits of using Docker?

Docker offers several benefits, including improved application consistency and portability, simplified deployment and scaling, faster time-to-market, enhanced developer productivity, efficient resource utilization, and reduced infrastructure costs. By leveraging Docker containers, organizations can achieve greater flexibility, agility, and reliability in their software development and deployment processes.

How does Docker differ from virtual machines (VMs)?

Docker containers and virtual machines (VMs) serve similar purposes but differ in their architecture and resource management approach. Docker containers share the host operating system's kernel and only include application dependencies, making them lightweight and efficient. In contrast, VMs run multiple guest operating systems on top of a hypervisor, which emulates hardware and manages virtualized resources.

VMs require more resources due to the overhead of running separate operating systems, whereas Docker containers offer faster startup times, better performance, and greater scalability. Docker's containerization model focuses on isolating applications without the need for full OS virtualization, optimizing resource utilization and application deployment speed.

How can Docker benefit developers and DevOps teams?

Docker simplifies the development and deployment of applications by providing a consistent environment across different stages of the software lifecycle. Developers can package applications with all dependencies into Docker containers, ensuring that they run consistently in any environment, from local development machines to production servers.

For DevOps teams, Docker streamlines the deployment process through automated containerization, enabling faster and more reliable application delivery. Docker's container orchestration tools, such as Docker Compose and Docker Swarm, facilitate seamless management of containerized applications, ensuring scalability, high availability, and efficient resource allocation.

What are Docker images and Docker containers?

Docker images are read-only templates used to create Docker containers. They contain application code, runtime, libraries, and other dependencies needed to run an application. Docker images are built using Dockerfiles, which specify the steps to assemble the image.

Docker containers are lightweight, executable packages that include everything needed to run a piece of software, including the Docker image and an operating system. Containers created from Docker images are isolated from each other and the underlying host system, providing a consistent runtime environment for applications.

How does Docker facilitate microservices architecture?

Docker promotes microservices architecture by enabling developers to decompose monolithic applications into smaller, independently deployable services. Each microservice runs in its own Docker container, allowing teams to develop, test, and deploy services independently while ensuring isolation and scalability.

With Docker, microservices can communicate through well-defined APIs and protocols, making it easier to build and maintain complex distributed systems. Docker's lightweight containers and orchestration tools simplify the deployment and scaling of microservices, ensuring flexibility, agility, and resilience in modern application architectures.

How secure are Docker containers?

Docker containers incorporate several security features to protect applications and data. They utilize namespaces and control groups to isolate processes and resource usage, preventing containerized applications from affecting each other or the host system.

Docker supports security best practices such as image scanning for vulnerabilities, container signing and verification, and network segmentation through Docker networks. Additionally, Docker's runtime security features, like seccomp profiles and AppArmor/SELinux policies, enhance container isolation and protect against malicious attacks.

Can Docker containers run on different operating systems?

Yes, Docker containers can run on different operating systems, thanks to Docker's platform-agnostic architecture. Docker containers leverage the host system's kernel for execution, enabling them to run on Linux, Windows, and macOS platforms without modification.

For cross-platform compatibility, Docker provides Docker Desktop for Windows and macOS users to run Linux-based containers using a lightweight virtual machine (VM). This flexibility allows developers and operators to deploy Docker containers across heterogeneous environments, including cloud platforms and on-premises infrastructure.

How does Docker simplify application deployment?

Docker simplifies application deployment by encapsulating applications and their dependencies into self-contained Docker images. These images can be easily shared and deployed across different environments, ensuring consistent application behavior from development to production.

Using Docker containers, organizations can automate the deployment process, streamline continuous integration and delivery (CI/CD) pipelines, and achieve faster time-to-market for applications. Docker's container orchestration tools, such as Docker Compose and Kubernetes, further enhance deployment scalability, resilience, and management.

How can Docker containers contribute to DevOps practices?

Docker containers play a crucial role in DevOps by enabling collaboration between development and operations teams. They promote consistency across development, testing, and production environments, facilitating seamless integration and deployment of applications.

DevOps teams leverage Docker containers for infrastructure automation, version control, and environment reproducibility. By adopting Docker, organizations can achieve faster deployment cycles, improved resource efficiency, and enhanced cross-functional collaboration. Docker's container-centric approach aligns with DevOps principles, supporting continuous integration, delivery, and deployment practices.

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Docker