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2025 -Understand Docker and using it for Selenium automation

Karthik KK

4.1

Based on 3,412 ratings

Karthik KK

Understanding Docker and using it for the Selenium automation course is designed in such a way that anyone with zero knowledge of docker and its related concepts can get up to the speed easily without much effort.

This course is divided into the following sections, to make learning more streamlined and easier

1. Understanding the ABC of Docker

· Basic commands
· Working with Multiple Docker containers
· Understanding simple examples with WordPress and MySQL
· Understanding Docker file
· Understanding Docker compose file

This course is divided into the following sections, to make learning more streamlined and easier

1. Understanding the ABC of Docker

· Basic commands
· Working with Multiple Docker containers
· Understanding simple examples with WordPress and MySQL
· Understanding Docker file
· Understanding Docker compose file

2. Running Selenium Test with Containerized Selenium Grid and Application

· Writing Selenium C# test
· Writing Selenium test with Dynamic Selenium grid
· Writing Driver Fixture and how to handle problems accessing the application
· Parallel Selenium test execution
· Parallel Selenium test with Multiple browsers

3. Selenium Tests project to run as a Container

All these three sections are intrinsic, meaning they are interdependent on each other and hence sometimes students may need to go back and forth to get into some related concepts.

The first section helps you understand the basics of Docker and get up to the speed of dealing with Docker and its related commands, whereas in the second and third sections we are going to automate a 3-tier application with Selenium C#.

We will be using the industry-standard way to use automate an application with Selenium and run a dockerized Selenium docker container along with the Application using docker-compose

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What's inside

Learning objectives

Understand the basics of docker
Understand how docker works and spawn running and image as an container
Working with multiple containers
Working with docker compose and docker file

Running selenium tests in parallel on dynamic selenium docker grid
Creating tests which can spawn ephemeral selenium containers
Running selenium tests within container along with application containers

Understand the basics of docker
Understand how docker works and spawn running and image as an container
Working with multiple containers
Working with docker compose and docker file
Running selenium tests in parallel on dynamic selenium docker grid
Creating tests which can spawn ephemeral selenium containers
Running selenium tests within container along with application containers

Syllabus

Understanding the ABC of Docker

Introduction and Installation

Understanding and working with Docker Images

Understanding Docker Containers

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Career center

Learners who complete 2025 -Understand Docker and using it for Selenium automation will develop knowledge and skills that may be useful to these careers:

Quality Assurance Automation Engineer

As a Quality Assurance Automation Engineer, you are instrumental in ensuring software quality by designing, developing, and implementing automated test strategies. This professional utilizes tools like Selenium to create robust test suites. This course is exceptionally well-suited for a Quality Assurance Automation Engineer, providing hands-on experience with Selenium C# test automation, parallel test execution across multiple browsers, and the creation of dynamic Selenium grids. The ability to run tests within ephemeral Docker containers, integrate them with application containers, and manage testing environments using Docker Compose directly addresses common challenges in modern QA. Furthermore, learning to integrate these automated tests into CI/CD pipelines with GitHub Actions is crucial for maintaining high-quality software releases efficiently.

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DevOps Engineer

A DevOps Engineer bridges development and operations, focusing on streamlining the entire software delivery lifecycle. This role involves automating infrastructure provisioning, continuous integration, continuous delivery, and monitoring. Understanding Docker and its application for Selenium automation helps build a strong foundation for this career, providing essential knowledge in containerization, Docker Compose, and running applications in isolated environments. The course's emphasis on GitHub Actions for CI/CD, creating shell scripts for container execution, and integrating containerized Selenium tests into pipelines is directly applicable to establishing robust and efficient CI/CD practices. This makes the course particularly relevant for aspiring DevOps Engineers aiming to implement scalable and reliable deployment strategies.

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Container Platform Engineer

A Container Platform Engineer specializes in designing, building, and maintaining robust container orchestration platforms, such as Kubernetes clusters, and ensuring their optimal operation. This role requires deep expertise in container technologies. Understanding Docker and its application for Selenium automation aligns perfectly with the responsibilities of a Container Platform Engineer. The course provides comprehensive knowledge of Docker images, containers, Dockerfile, Docker Compose, volumes, and networking, which are foundational for any container platform. The experience of running complex, multi-container applications and ephemeral test containers demonstrates practical skills in managing containerized workloads. The insights into integrating Docker with CI/CD systems like GitHub Actions are also crucial for automating platform operations and deployments. This course directly contributes to developing the expertise required for this specialized role.

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Release Engineer

A Release Engineer manages the software release lifecycle, from code commit to deployment in production. This involves coordinating releases, automating build and deployment processes, and ensuring smooth transitions between environments. Understanding Docker and its application for Selenium automation is highly relevant for a Release Engineer. The course provides in-depth knowledge of containerizing applications and their associated tests using Docker and Docker Compose, which is essential for consistent and reproducible deployments. The extensive section on GitHub Actions for creating CI/CD pipelines, including running Docker Compose files within workflows and executing containerized Selenium tests, directly equips professionals with the capabilities to automate and orchestrate complex release processes. This course enables robust, efficient, and reliable software releases.

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Automation Engineer

An Automation Engineer designs, develops, and implements automated solutions to improve efficiency and reduce manual effort across various processes within an organization. This course profoundly benefits an Automation Engineer by providing expertise in both containerization and test automation. Mastering Docker concepts, including Dockerfile and Docker Compose, enables the creation of reproducible and isolated environments for any automated task. The specific focus on Selenium C# for automating 3-tier applications, along with dynamic Selenium grids and parallel test execution, provides a strong foundation for building comprehensive automation frameworks. Furthermore, the integration with GitHub Actions for CI/CD pipelines is critical for automating deployment, testing, and operational workflows, making this course ideal for those looking to drive automation initiatives.

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Test Automation Architect

A Test Automation Architect designs and oversees the implementation of enterprise-wide test automation strategies and frameworks. This role requires a broad understanding of testing methodologies and modern technologies to create scalable and maintainable automation solutions. Understanding Docker and its application for Selenium automation is highly relevant for a Test Automation Architect. The course provides insights into creating dynamic Selenium grids, running parallel tests across different browsers in containers, and managing test environments with Docker Compose. This content is crucial for designing resilient and efficient test infrastructure. The integration of containerized tests into CI/CD pipelines using GitHub Actions, including strategies for handling complex scenarios, may be useful for establishing robust and scalable automation practices. This role typically requires an advanced degree and significant experience.

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Build Engineer

A Build Engineer is responsible for designing, implementing, and maintaining automated build systems and processes. This role ensures that software components are compiled, packaged, and versioned correctly for deployment. The course provides highly relevant skills for a Build Engineer. By understanding Docker thoroughly, including building custom images and using Docker Compose, one can create reproducible and isolated build environments. The in-depth coverage of GitHub Actions for CI/CD workflows, including managing jobs, steps, and multiple jobs, directly applies to designing robust build pipelines. The practical experience of integrating containerized Selenium tests and microservices into these pipelines is crucial for ensuring code quality and efficient delivery. This course is ideal for those specializing in automated compilation and packaging of software.

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Site Reliability Engineer

A Site Reliability Engineer focuses on the reliability, availability, and performance of large-scale systems. This involves developing and implementing solutions to prevent and resolve issues, often leveraging automation and robust infrastructure. Understanding Docker and its application for Selenium automation is helpful for a Site Reliability Engineer, especially when dealing with the deployment and management of containerized services. The course provides foundational knowledge in Docker concepts such as containers, images, networking, and volumes, which are critical for building resilient and scalable systems. The CI/CD practices, including using GitHub Actions to automate deployments and testing, may be useful for ensuring the stability and quick recovery of operations. This course enhances the skills needed to maintain highly available applications.

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Infrastructure Engineer

An Infrastructure Engineer designs, builds, and maintains the underlying IT infrastructure that supports applications and services. This includes servers, networks, storage, and often, containerization platforms. Understanding Docker and its application for Selenium automation is helpful for an Infrastructure Engineer. The course deepens knowledge of Docker images, containers, networking, and volumes, which are core components of modern infrastructure. It provides practical experience in setting up multi-container applications using Docker Compose and managing their lifecycle, which is invaluable for deploying and operating applications effectively. The focus on integrating Docker into CI/CD pipelines with GitHub Actions may also be useful for automating infrastructure provisioning and application deployments, ensuring consistent and scalable environments.

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Cloud Engineer

A Cloud Engineer designs, implements, and manages cloud-based infrastructure and applications. This role often involves working with various cloud services and ensuring optimal performance, security, and scalability in a cloud environment. Understanding Docker and its application for Selenium automation is helpful for a Cloud Engineer, as containerization is a fundamental aspect of modern cloud deployments. The course's comprehensive coverage of Docker, including images, containers, Docker Compose, and networking, directly translates to skills needed for deploying and managing containerized workloads in public or private clouds. Additionally, knowledge of CI/CD with GitHub Actions may be useful for automating the deployment of cloud resources and applications, making it easier to manage complex cloud infrastructures.

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Solutions Architect

A Solutions Architect designs comprehensive technical solutions that address business needs, often involving integrating various technologies and systems. This role requires a broad technical understanding and the ability to translate requirements into actionable designs. Understanding Docker and its application for Selenium automation is helpful for a Solutions Architect. The course provides essential knowledge of containerization with Docker and Docker Compose, which are key technologies for building scalable, resilient, and portable solutions. The experience with CI/CD using GitHub Actions may be useful for designing automated deployment strategies and ensuring solution quality through continuous testing. This course allows for designing solutions that leverage modern containerized architectures effectively. This role typically requires an advanced degree and significant experience.

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Backend Developer

A Backend Developer builds and maintains the server-side logic, databases, and APIs that power web applications. This role ensures that data is processed efficiently and securely, and that applications have robust foundations. Understanding Docker and its application for Selenium automation is helpful for a Backend Developer. The course provides essential skills in containerization with Docker, including working with multiple containers, Docker Compose, and networking. This knowledge is invaluable for setting up consistent local development environments, packaging backend services for deployment, and understanding how applications interact in a containerized ecosystem, especially given the use of C# in the course. The CI/CD practices with GitHub Actions may also be useful for automating the build and deployment of backend services, ensuring efficient code delivery.

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Development Team Lead

A Development Team Lead guides a team of software developers, overseeing technical direction, code quality, and project execution. This role requires technical expertise combined with leadership skills to mentor and support the team. Understanding Docker and its application for Selenium automation may be useful for a Development Team Lead. The course provides practical skills in Docker, Docker Compose, and CI/CD with GitHub Actions, which are increasingly relevant for modern development practices. A lead can better guide their team in setting up consistent development environments, implementing effective test automation strategies using containerized Selenium, and streamlining deployment pipelines. This knowledge helps a lead foster best practices, improve team productivity, and ensure the delivery of high-quality software. This role typically requires significant experience.

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Software Engineer

A Software Engineer designs, develops, and maintains software applications across various domains. This role requires strong programming skills, problem-solving abilities, and an understanding of software development principles. Understanding Docker and its application for Selenium automation may be useful for a Software Engineer. The course introduces fundamental concepts of Docker, including containerization, Dockerfile, and Docker Compose, which are increasingly important for setting up consistent development environments and deploying applications. While the primary focus is on test automation, the C# Selenium test writing and the general approach to containerizing applications provide practical skills for modern software development. The exposure to CI/CD pipelines with GitHub Actions also helps in understanding efficient software delivery processes.

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Systems Administrator

A Systems Administrator manages and maintains an organization's computer systems and servers, ensuring their smooth operation, security, and availability. While traditionally focused on physical or virtual machines, modern systems administration increasingly involves containerized environments. Understanding Docker and its application for Selenium automation may be useful for a Systems Administrator, especially those transitioning into or working with container-native environments. The course offers a foundational understanding of Docker, including managing containers, images, volumes, and networking. These skills are directly applicable to deploying, monitoring, and troubleshooting containerized applications. The exposure to Docker Compose and integrating containers into CI/CD pipelines with GitHub Actions also provides valuable insights for managing automated system deployments and operational workflows.

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Reading list

We've selected 24 books that we think will supplement your learning. Use these to develop background knowledge, enrich your coursework, and gain a deeper understanding of the topics covered in 2025 -Understand Docker and using it for Selenium automation.

Docker Deep Dive