This automation course is designed to provide you with a complete knowledge of software testing technologies such as Selenium Web Driver, TestNG, Maven, AutoIT, Selenium Grid, Appium, and Docker to help you build a robust testing framework.
This comprehensive curriculum covers more than 15 automation testing tools and technologies to make your profile stand out as an Automation Test Engineer.
This Automation course offers a comprehensive curriculum using our unique Blended Learning approach to make you career-ready as an Automation Test Engineer upon successful completion of this Automation certification.
Get started with the Automation Test Engineer Program and explore everything about the program.
This phase will help you learn Agile and Scrum methodologies to deliver projects on time, and learn to create the test cases for the front-end.
This phase will help you check whether each application feature works as per the software requirements using various technologies and tools like TDD, TestNg, JUnit 5, and Gherkin.
This phase will enable you to create a test plan, run and analyze test cases, perform test execution, and monitor application performance using JMeter and Postman.
This phase will help you deploy test cases in the cloud and in DevOps environments using Jenkins, AWS, and Docker.
The Automation Testing Capstone project provides you with hands-on working experience — the objective being to test an application, deploy it into a pseudo-production environment, and successfully test it.
Learn how to use containers for your applications. Create and run your first Docker container. Then, learn how to run containers in production and solve problems of orchestration such as high availability, service discovery, and reconciliation.
This course introduces the core concepts of Containers and Kubernetes and explains how containers differ from virtual machines. It also covers the importance of containers in cloud computing as well as the emerging ecosystem of related technologies such as Docker, Kubernetes, OpenShift, Istio and Knative.
Master cloud-native and DevOps fundamentals, create and test REST APIs with tools like SwaggerUI and Postman, implement CI/CD, and perform MongoDB CRUD operations while exploring TDD and BDD methodologies.
The global enterprise software market is anticipated to grow at 8 percent CAGR with a value of US $634 billion by 2023, according to a report published by Market Research Future (MRFR).
for automation engineer jobs by 2023.
for automation engineers are to be created by 2023, worldwide.
This Automation Test Engineer Course is designed for:
Freshers, software developers, IT professionals, engineers, test engineers, technical consultants, and analysts
Any technical degree or equivalent such as B.tech, M.tech, a degree in engineering, a bachelor/master’s in computer science, and basic programming knowledge
Automation testing uses software tools and methodologies to create test cases, execute and analyze them, and compare actual test results with predicted results. A test automation engineer designs and implements scripts to validate software functionality thoroughly before release. You can learn how to perform these tasks through online automated testing courses.
Test automation increases software efficiency and ensures software quality with minimal effort and maximum accuracy. The following are the benefits of test automation:
Automation test engineers design, build, and test automation solutions to create scalable and error-free applications. Learning how to conduct automation testing will help you find and fix software problems quickly. This Automation Test Engineer program offers a comprehensive curriculum using our unique blended learning approach, so you will be ready to work as an automation test engineer when you complete the course.
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To become an automation test engineer, you must have a working knowledge of software development tools, databases, testing tools, and frameworks. You should be able to work as part of a scrum team, following Agile methodologies and building, testing, and delivering features.
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Though not mandatory, coding knowledge is beneficial for test automation engineers. It helps them communicate better with developers and participate in unit testing.
There are no such prerequisites for pursuing this automation testing certification. It can be taken by anyone with an IT background, whether fresher or experienced professionals, such as software developers, IT professionals, engineers, test engineers, technical consultants, and analysts. However, to learn automation testing, one must be patient and willing to practice regularly.