Automation Test Engineer Masters Program Option 1
Taking an Automation course like this can be a significant boost to your career, particularly if you’re aiming to become an automation test engineer. You’ll acquire in-demand skills that the industry requires, such as proficiency in GIT, Selenium, Jenkins, and JMeter. These skills are essential for applying engineering principles to software development processes and ensuring the creation of high-quality products.
A full-stack blended learning program with 200 hours of applied learning.
14 lesson-end & 4 phase-end hands-on projects
15+ in-demand tools and skills
Immersive Learning Experience8X higher live interaction in live online classes delivered by seasoned trainers and industry experts
Learn from the Best
1 industry-aligned capstone project
| Title | Description | Date |
|---|---|---|
| MS ATE MAY 2024 Cohort 1 | Weekend (Sat-Sun)9:00-13:00 CDT | 1714824000 4th May 2024 - 30th November 2024 |
Tools Covered
Automation Testing Course Details
Course 1
Automation Testing
This Automation course provides an all-in-one curriculum using our unique blended learning methodology to prepare you for a career as an AUTE (Automation Test Engineer) once you complete this Automation certification.
Induction for Automation Test Engineer
Start with the automation test engineer program and learn all about it.
ATE Phase – 1: Planning And Automation
In this phase, you will learn Agile methodology and Scrum methodology to deliver projects on schedule and learn how to build the front-end test cases.
ATE Phase – 2: Functional Testing
This phase will assist you in verifying the functionality of each application feature according to the software requirements by using different technologies and tools such as TDD, TensorFlow (TensorFlow), JUnit 5 or Gherkin.
ATE Phase – 3: Non – Functional Testing
This stage will allow you to develop a test schedule, execute and review test cases, execute tests, and track application performance with the help of the tools such as JMeter or Postman.
ATE Phase – 4: Cloud Automation
In this phase, you’ll be able to use Jenkins, AWS and Docker to deploy test cases in both the cloud and DevOps environments.
ATE Capstone Project
The automation testing Capstone project gives you hands-on experience — the goal is to try out an application, try it out in a mock-up production environment, and test it out.
Industry Trends
Get Ahead with Master Certificate
Get Ahead with Master Certificate
Earn your Automation Test Engineer course certificate
Differentiate yourself with a Masters Certificate
Share your achievement
Get Ahead with Master Certificate
Earn your Automation Test Engineer course certificate
Differentiate yourself with a Masters Certificate
Share your achievement
Why Online Bootcamp
Develop skills for real career growth
A state-of-the-art curriculum developed in collaboration with industry and education to equip you with the skills you need to succeed in today’s world.
Don’t listen to trainers who aren’t in the game. Learn from the experts who are in the game.
Leading practitioners who bring current best practices and case studies to sessions that fit into your work schedule.
Learn by working on real-world problems
Capstone projects combining real-world data sets with virtual laboratories for hands-on experience.
Structured guidance ensuring learning never stops
With 24×7 mentorship support and a network of peers who share the same values, you’ll never have to worry about conceptual uncertainty again.
Automation Testing Courses FAQs
Automation testing is a software testing approach that relies on the use of software tools and methodologies to perform various testing tasks. It involves creating test cases, executing them automatically, analyzing the test results, and comparing the actual outcomes with the expected results. Automation testing is valuable for repetitive and time-consuming testing activities, as it can significantly reduce human intervention and improve testing efficiency. Popular automation testing tools include Selenium, Appium, and JUnit, among others.
Indeed, test automation provides several benefits to software development and testing processes. Here’s a summary of some key advantages:
Fast Feedback: Automated testing enables quicker identification and resolution of defects, leading to faster development cycles and more rapid delivery of software.
Time Savings: Automated tests execute much faster than manual tests, which saves a significant amount of time, especially when dealing with complex or large systems.
Reusability: Automated test scripts can be reused across different projects and software versions, reducing the effort needed to create new tests.
Quick Time-to-Market: By continuously running automated tests, development teams can ensure that new features or changes don’t introduce regressions, allowing for quicker releases to the market.
Consistency: Automation ensures that tests are executed consistently every time, reducing the risk of human error in repetitive testing tasks.
Parallel Testing: Automation tools can run tests in parallel on different environments or configurations, which speeds up testing for various scenarios.
Increased Test Coverage: Automation allows for more comprehensive test coverage, including edge cases and various data inputs.
Cost-Effective: Although there’s an initial investment in setting up automation, it often results in cost savings in the long run due to reduced manual testing efforts.
Enhanced Accuracy: Automated tests perform tasks precisely as defined, reducing the chances of false positives or false negatives.
Improved Collaboration: Automated testing can facilitate better communication among project stakeholders by providing clear and consistent test results.
Automation Test Engineers play a crucial role in ensuring the quality and reliability of software applications. Their responsibilities include designing, developing, and implementing automated test scripts and frameworks to streamline the testing process. This helps in identifying defects and issues early in the development cycle, ultimately leading to the creation of robust and error-free applications.
Through a comprehensive curriculum and a blended learning approach, students learn how to create, execute, and maintain automated test scripts. They gain proficiency in various automation testing tools and frameworks, such as Selenium, Jenkins, and JMeter, which are widely used in the industry.
Upon completing the automation testing course, individuals are well-prepared to embark on a career as automation test engineers. They can contribute to building scalable and reliable software applications while improving testing efficiency and effectiveness. This role is critical in today’s software development landscape, where rapid releases and high-quality standards are paramount.
The demand for automation testers has been steadily increasing in recent years, driven by the growing emphasis on developing high-quality software and the adoption of DevOps practices. DevOps, which emphasizes automation and collaboration between development and operations teams, has created a need for automation testing to ensure the rapid and reliable delivery of software.
In 2019, job portals like Indeed, Glassdoor, and LinkedIn saw a significant number of job postings for automation testers. This trend reflects the industry’s recognition of the importance of automation testing in achieving software quality and efficiency.
Automation testers play a crucial role in identifying defects, ensuring software reliability, and accelerating the development and deployment processes. As organizations continue to prioritize the delivery of error-free and scalable software, the demand for skilled automation testers is expected to remain high. This presents a valuable career opportunity for individuals looking to enter or advance in the field of software testing.
Coding knowledge is not a requirement for automation test engineers, but it is beneficial for them. It allows them to better communicate with developers and be involved in unit testing.
