CSE/EEE Background Students 

Software Testing & Quality Assurance
Total Duration: 60 Hours
1. Introduction
 Introduction and Importance of Software Quality Assurance.
 Software Development Life Cycle (SDLC).
 Waterfall and Agile Development.
 Software Testing Life Cycle (STLC).
 Software Testing Principles.
 Verification vs Validation.
 Quality Assurance vs. Quality Control.
2. Software Testing Techniques and Test Management
 Test Planning.
 Test Scenarios.
 Test Case development.
 Understanding requirement and creating test scenario and test cases from
requirements.
 White box, grey box and black box testing.
 Functional Testing and Non-functional Testing.
 Retesting & Regression Testing.
 Smoke Testing and Sanity Testing.
 Retesting and Regression Testing.
 Acceptance Testing.
 Boundary value analysis and Equivalent portioning for maintaining large test
fields.
 Creating and maintaining Test Data.
 Bug Life Cycle, bug Priority & Severity, bug Reports.
 Test Management Tools. Why test management tools are important.
 Bug Management Tools. Why bug management tools are important.
 Bug Leakage and Bug Release.
 Test Management (Agile Testing).
3. Automation Testing with Selenium
 Introduction of Automation Testing
 Basics of automation testing – why, when and how to perform Automation
Testing
 Selenium IDE installation and developing test cases in Selenium IDE using
record and play.
Course Module
 Writing test cases manual using selenium commands and setting different
validation and assertion in
 selenium IDE.
 Install and setup environment for selenium webdriver for Java (Manual).
 Setting up environment for selenium webdriver using maven repository.
 Locating web element from web page and execute commands:
o Working with ID
o Working with Name
o Working with cssSelector
o Working with xpath (absolute xpath and relative xpath)
 Opening links or urls using selenium webdriver.
 Handling keyboard and mouse inputs in selenium webdriver.
 Handling drop downs in selenium webdriver.
 How to handle date and date picker in selenium?
 Handling proper test verifications to ensure the accuracy.
 Working with waits: Implicit wait and Explicit wait.
 Working with different frames in a webpage in selenium.
 Including TestNG framework to improve and organize the test cases.
 Incorporating property files for centralizing test data.
 Generating reports to show the test result with execution time.
 Data Driven Testing (DDT) using selenium webdriver.
 Using keyboard core values in selenium webdriver to execute test.
 Scrolling, drag and drop, File uploading in selenium.
 Taking screenshots using selenium webdriver.
4. API Testing
 Introduction to API.
 HTTP requests for testing API.
 Installing POSTMAN for testing API.
 Working with collections and environments.
 Centralize data set for multiple environments.
 Creating different types of test cases for individual API.
 Working with dynamic variables.
 Data Driven Testing using JSON and CSV file in POSTMAN.
 Handling response data and using the response data as different types of
variable.
 How to import, export and run API tests in command line using newman.
 Troubleshoot with postman console for tuning and correcting the test cases
or API structure.
5. Performance Testing
 A brief of performance testing.
 Install JMeter and setup the environment.
 Getting familiar with Thread groups for creating a bunch of virtual users.
 Working with different requests to create load test.
 Working with different types of listeners for result visibility.
 How to organize the complete test suit with sequence of website functions
with using test data?
 How to create and run script for catching the sequence of API.
6. Mobile Application Testing
 Mobile application testing introduction.
 Different types of mobile application to test.
 Basic checklist for testing mobile applications.
 Checking responsiveness.
 How to apply hardware testing, Software testing, combine testing for mobile
application testing.
 How to test mobile applications with different simulator.
 Understanding mobile application architecture for better understanding of app
testing.
 Using mobile command sections for more deep understanding if there’s any
problem found in mobile application.