Software Testing (Manual & Automation)

Welcome to the forefront of Software Testing, where precision meets innovation. Our Manual and Automation Software Testing program is meticulously crafted to empower aspiring professionals with the essential skills to ensure the quality and reliability of software applications.

In an era where technology evolves at an unprecedented pace, software testing plays a pivotal role in delivering seamless user experiences. Our comprehensive curriculum, developed by industry experts, covers both manual testing methodologies and cutting-edge automation tools. From mastering test planning and execution to harnessing the power of tools like Selenium and Unit, our program equips you with the knowledge and practical expertise demanded by today’s dynamic IT landscape.

At CRAFT, we understand that excellence in software testing is achieved through a blend of theoretical understanding and hands-on application. Join us to delve into the intricacies of quality assurance, cultivate your testing skills, and embark on a rewarding career ensuring the reliability of software systems. Your journey to becoming a proficient Software Testing professional starts here!

 

Software Testing (Manual & Automation) Courses offering

Creating a comprehensive Software Testing (Manual & Automation) course requires a well-structured curriculum covering both manual and automated testing methodologies. Here’s a suggested outline for such a course:

Software Testing (Manual & Automation) Courses Descriptions

Objectives:

  • Understand the fundamental concepts of software testing and its significance in the software development lifecycle.
  • Differentiate between manual and automated testing methodologies.

Topics:

  • Basics of software testing: definitions, objectives, and principles.
  • Overview of manual and automated testing.
  • Types of testing: unit testing, integration testing, system testing, and acceptance testing.

Objectives:

  • Develop proficiency in manual testing techniques, including test case design and execution.
  • Learn test planning and strategy, and understand the defect life cycle.

Topics:

  • Test case design principles.
  • Test execution and reporting.
  • Test planning and strategy development.
  • Defect life cycle: identification, reporting, tracking, and closure.

Objectives:

  • Learn to create essential testing documentation for effective communication and documentation.
  • Understand the importance of documentation in maintaining test integrity.

Topics:

  • Requirement traceability matrix (RTM).
  • Test design specification (TDS).
  • Test summary reports.
  • Documentation best practices

Objectives:

  • Explore the benefits and challenges of automated testing.
  • Understand when to use automated testing and how it complements manual testing.

Topics:

  • Introduction to automated testing.
  • Advantages and challenges of automation.
  • Selecting test cases for automation.

Objectives:

  • Gain practical experience with popular test automation tools, focusing on Selenium for web applications, Appium for mobile applications, and JUnit/TestNG for Java.

Topics:

  • Selenium for web application testing.
  • Appium for mobile application testing.
  • JUnit and TestNG for Java applications.
  • Tool selection criteria.

Objectives:

  • Learn to design and implement automated testing frameworks, including data-driven testing, keyword-driven testing, and behavior-driven development (BDD).

Topics:

  • Data-driven testing techniques.
  • Keyword-driven testing principles.
  • Introduction to BDD and tools like Cucumber.
  • Framework design and best practices.

Objectives:

  • Understand the integration of testing into continuous integration pipelines.
  • Learn how to implement automated regression testing in a continuous integration environment.

Topics:

  • Jenkins and continuous integration pipelines.
  • Automated regression testing.
  • Version control and its role in continuous integration.

Objectives:

  • Explore performance testing concepts and tools.
  • Learn to conduct load testing using JMeter and perform performance monitoring and analysis.

Topics:

  • Load testing fundamentals.
  • Introduction to JMeter.
  • Performance monitoring and analysis.
  • Best practices for performance testing.

Objectives:

  • Learn the fundamentals of security testing, including identifying and addressing common security threats.
  • Explore tools and techniques for security testing.

Topics:

  • Common security threats in software.
  • Security testing tools.
  • Best practices for securing software applications.

Objectives:

  • Explore best practices for successful test automation, covering code management, version control, and maintenance of automated tests.

Topics:

  • Code management and version control best practices.
  • Test automation code reviews.
  • Strategies for maintaining automated tests.
  • Continuous improvement in test automation.