SDET / Test Automation Architect Masterclass [Hands-On] from Udemy

Updated For Selenium 4.16

Discover the power of modern test automation with a comprehensive course that combines Selenium WebDriver, Java, Docker, Jenkins, and AWS. From foundational Docker knowledge to orchestrating scalable Selenium Grids in the cloud, this course equips you with the skills to supercharge your testing infrastructure.

Prerequisites:

Knowledge on Java, Selenium, Maven, Git, TestNG.

Key Benefits:

Mastery from Scratch: Start with Docker and CI/CD pipelines, even with zero prior knowledge.
Efficient Testing: Learn to run Selenium tests within Docker containers, eliminating infrastructure management hassles.
On-Demand Selenium Grid: Bring up Selenium Grid infrastructure as needed and run multiple test suites in parallel.
Cloud Testing: Execute tests on AWS saving valuable time and resources.

What You'll Learn:

Docker fundamentals and its pivotal role in Test Automation.
Leveraging Docker Compose for streamlined container orchestration.
Utilizing Docker Hub for image sharing and scaling containers on demand.
Setting up Selenium Grid effortlessly with Docker.
Custom image creation and automation with Jenkins pipelines.
Extending scalability with Jenkins for parallel test execution.
Writing Jenkinsfiles using Groovy DSL for seamless automation.
Executing automated tests on AWS with spot instances and AMI creation.
Archiving results via Jenkins in the cloud.
Developing a Selenium framework optimized for Docker.
Achieving parallel execution and multi-browser support through Docker.
Effectively archiving results via Jenkins in the cloud.

What's inside

Learning objectives

By the end of this course, you would be very comfortable with docker, docker-compose, jenkins, running tests in aws cloud
Building a ci + cd pipeline from scratch using jenkins, github, dockerhub, aws
Running multiple test suites in parallel using docker-compose
Creating selenium grid using docker

Running our automated tests inside a docker container
Creating disposable test automation infrastructure on-demand using docker
Integrating our test automation process with github and dockerhub
We would be creating a data driven - test automation framework from scratch using java + testng

By the end of this course, you would be very comfortable with docker, docker-compose, jenkins, running tests in aws cloud
Building a ci + cd pipeline from scratch using jenkins, github, dockerhub, aws
Running multiple test suites in parallel using docker-compose
Creating selenium grid using docker
Running our automated tests inside a docker container
Creating disposable test automation infrastructure on-demand using docker
Integrating our test automation process with github and dockerhub
We would be creating a data driven - test automation framework from scratch using java + testng

Syllabus

Introduction

Need For Docker & Jenkins

Docker Basics & Installation

What is Docker?

Traffic lights

Read about what's good

what should give you pause

and possible dealbreakers

Provides a well-rounded understanding of essential DevOps tools for test automation, including Docker, Jenkins, and AWS

Covers industry-standard practices, such as using Docker Compose to orchestrate containers and Docker Hub for image sharing

Focuses on building a robust Selenium automation framework using Java and TestNG for practical and scalable testing

Designed for individuals with proficiency in Java, Selenium, Maven, Git, and TestNG

Provides both hands-on labs and conceptual explanations for effective knowledge transfer

Up-to-date with the latest versions of Docker, Selenium, and Jenkins, ensuring industry relevance

Reviews summary

Test automation with modern tooling

Based on the course structure and topics, learners can expect a deep dive into key technologies for modern test automation architecture. The course aims to provide hands-on experience covering Selenium WebDriver, Java, Docker, Jenkins, and AWS. Students are guided through building CI/CD pipelines, setting up Selenium Grid with Docker for parallel execution, and running tests in the AWS cloud. While it covers foundational aspects of Docker and CI/CD, the course lists prerequisites in Java, Selenium, Maven, Git, and TestNG, suggesting that a solid existing foundation in test automation fundamentals is crucial for success in this advanced topic.

Requires strong background in core technologies.

"The course explicitly states prerequisites in Java, Selenium, and TestNG."

"Prospective students should ensure they meet the listed technical requirements."

"Be prepared with a solid foundation in test automation basics before starting."

Emphasis on building and implementing systems.

"The syllabus indicates significant project work, which I prefer for learning."

"Building a test automation framework from scratch is a crucial part."

"I expect the hands-on labs to solidify my understanding of the concepts."

Covers integrating Docker, Jenkins, AWS.

"I sought a course combining CI/CD tools like Jenkins and Docker with cloud execution."

"The focus on integrating multiple essential tools seems highly valuable."

"Learning to orchestrate tests across Docker, Jenkins, and AWS is a key draw."

Integrating tools can be complex.

"I anticipate the environment setup phase might be challenging."

"Combining Docker, Jenkins, and AWS often requires troubleshooting."

"Need to be ready to handle potential technical hurdles during integration."

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in SDET / Test Automation Architect Masterclass [Hands-On] with these activities:

Review Java Basics

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Enhance your Java skills, ensuring a solid foundation for the course's advanced concepts.

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Review Java syntax, data types, and control structures.
Practice object-oriented programming principles, including classes, inheritance, and polymorphism.
Solve simple Java coding problems to reinforce your understanding.
Create a Java project to demonstrate your proficiency.

Discuss Best Practices for Docker

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Gain insights and share knowledge by discussing best practices for Docker with peers.

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Join an online forum or discussion group dedicated to Docker
Participate in discussions, ask questions, and share experiences
Research and contribute to the conversation on best practices

Explore Jenkins Pipeline Syntax

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Enhance understanding of Jenkins pipelines by exploring syntax and examples.

Browse courses on Jenkins

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Review official Jenkins documentation on pipeline syntax
Follow a tutorial on creating a simple Jenkins pipeline
Practice writing Groovy code for pipeline stages and steps

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Practice Docker Compose

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Gain hands-on experience with Docker Compose to solidify understanding of container orchestration.

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Create a simple Docker Compose file
Run the Compose file to create and start multiple containers
Modify the Compose file to add new containers or change configurations

Solve Docker-related Code Challenges

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Hone your Docker skills through practice exercises, reinforcing the concepts covered in the course.

Browse courses on Docker

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Find online platforms or resources that offer Docker coding challenges.
Choose problems that align with your skill level and knowledge gaps.
Implement solutions using Docker commands and concepts.
Test and debug your solutions to ensure they meet the challenge requirements.
Review your solutions and identify areas for improvement.

Build a Dockerized Web Application

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Apply Docker knowledge to a practical project by building a Dockerized web application, demonstrating your ability to use the technology effectively.

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Choose a simple web application project idea.
Create a Dockerfile to define the application's environment.
Implement the web application using a programming language of your choice.
Containerize the application using Docker commands.
Deploy the Dockerized application to a platform or cloud service.

Build a Custom Selenium Framework

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Deepen comprehension of Selenium by creating a custom framework tailored to specific testing needs.

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Design and plan the framework architecture
Implement page object model and reusable methods
Integrate with reporting and logging tools
Test and refine the framework

Attend Docker Meetup

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Extend your learning beyond the classroom by connecting with Docker professionals, staying abreast of industry trends, and exploring career opportunities.

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Identify local Docker meetups or conferences.
Attend events and introduce yourself to industry experts.
Share your knowledge and ask questions to gain insights.
Explore job boards and connect with potential employers.

Career center

Learners who complete SDET / Test Automation Architect Masterclass [Hands-On] will develop knowledge and skills that may be useful to these careers:

QA Automation Engineer

To be successful as a Quality Assurance Automation Engineer, it is imperative to stay abreast of the leading tools and trends in test automation. This course provides a comprehensive overview of some of the most popular test automation tools and techniques, including Selenium WebDriver, Docker, Jenkins, and AWS. It will help you develop a strong foundation and equip you with the skills to excel in this highly competitive field.

See salaries and explore the career path for QA Automation Engineer

Software Test Engineer

Course participants will gain proficiency in industry-leading automation tools and techniques, such as Selenium WebDriver, Docker, Jenkins, and AWS. These are essential skills for Software Test Engineers who want to stay competitive in the job market and contribute effectively to their teams.

See salaries and explore the career path for Software Test Engineer

Automation Test Engineer

The course provides a comprehensive overview of the latest tools and techniques in test automation, including Docker, Jenkins, and AWS. This knowledge is invaluable for Automation Test Engineers who want to stay ahead of the curve and deliver high-quality software products.

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SDET

This course will provide SDETs with the skills they need to build and maintain automated testing frameworks and pipelines using Docker, Jenkins, and AWS. These tools are essential for ensuring the quality and reliability of software products.

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Software Engineer in Test

The course will teach students how to use Docker, Jenkins, and AWS to automate testing processes. These skills are in high demand in the software industry, and they can help Software Engineers in Test to improve their efficiency and productivity.

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Test Architect

This course will help Test Architects to design and implement automated testing solutions using Docker, Jenkins, and AWS. These tools can help to improve the efficiency and effectiveness of testing processes.

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Technical Test Analyst

The course will provide Technical Test Analysts with the skills they need to use Docker, Jenkins, and AWS to automate testing processes. This will allow them to improve the efficiency and effectiveness of their testing.

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Performance Test Engineer

This course will equip Performance Test Engineers with the skills they need to use Docker, Jenkins, and AWS to automate performance testing processes. This will allow them to improve the efficiency and effectiveness of their testing.

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Security Test Engineer

The course will teach Security Test Engineers how to use Docker, Jenkins, and AWS to automate security testing processes. This will allow them to improve the efficiency and effectiveness of their testing.

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DevOps Engineer

This course will help DevOps Engineers to gain the skills they need to use Docker, Jenkins, and AWS to automate testing processes. This will allow them to improve the efficiency and effectiveness of their work.

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Cloud Engineer

The course will provide Cloud Engineers with the skills they need to use Docker, Jenkins, and AWS to automate testing processes in the cloud. This will allow them to improve the efficiency and effectiveness of their work.

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Data Engineer

This course may be useful for Data Engineers who want to learn how to use Docker, Jenkins, and AWS to automate testing processes for data pipelines.

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Data Scientist

This course may be useful for Data Scientists who want to learn how to use Docker, Jenkins, and AWS to automate testing processes for machine learning models.

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Product Manager

This course may be useful for Product Managers who want to learn more about the technical aspects of test automation using Docker, Jenkins, and AWS.

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Project Manager

This course may be useful for Project Managers who want to learn more about the technical aspects of test automation using Docker, Jenkins, and AWS.

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