Software Testing & Quality Assurance Training

Software testing is a method of verifying whether a software product meets expectations and is error-free. It comprises manually or automatically running software/system components to assess one or more exciting attributes. Software testing aims to identify faults, gaps, or unmet requirements compared to the needs as defined.

Some prefer to refer to the definition of software testing as White Box and Black Box Testing. Software testing is simply verifying the application being tested (AUT). The audience is introduced to software testing in this Course, and the significance of software testing is defended.

Why Software Testing and Quality Assurance is Important?

Software testing is crucial because it allows any bugs or errors in the software to be found early and fixed before the software product is delivered. Thoroughly tested software guarantees dependability, security, and high performance, all of which contribute to time savings, cost-effectiveness, and customer satisfaction.

Software Testing Types:

• Software tests come in a variety of forms, each with unique goals and tactics:
• Acceptance testing: Confirming that the overall system functions as intended.
• Software functions or components are verified to check if they work together through integration testing.
• Unit testing: verifies that each piece of software operates as expected. The smallest measurable element of an application is called a unit.
• Functional testing: It is the process of verifying how well a function works by simulating business scenarios. Function verification is frequently done using black-box testing.
• Performance testing: Analyzing the software’s responsiveness to various workloads. For instance, load testing assesses performance under actual load conditions. Validating base requirements is an essential evaluation in each situation.
• Exploratory testing: It is crucial in assisting a tester or testing team in identifying challenging scenarios and circumstances that may result in software errors.
• A simple application might be put through a lot of different tests. A test management plan aids in prioritizing which testing types, given the time and resources, are most valuable. Testing effectiveness is maximized by using the fewest possible tests to find the most significant possible number of flaws.

Syllabus:

• What Is Software Testing
• Difference Between Manual And Automation Testing
• Functional And Non-functional Testing
• Manual Testing
• Importance Of Testing
• Testing Principles, Bug Failure, Defect, Test Scenario Preparation
• Quality, Qa, Qc, Sdlc, Sdlc Models
• Agile Principles
• Scrum Management
• Sanity And Smoke Testing
• Regression And Retesting
• Negative Testing And Positive Testing
• Stlc, Bug Reporting, Severity, Priority, Test Case Preparation
• (practical Session), Bug Lifecycle, Reports Levels Of Testing
• Unit Testing
• Integration Testing
• System Testing
• User Acceptance Testing
• Static And Dynamic Testing
• White Box Testing
• Blackbox Testing Testing Types
• Api Testing
• Web Application Testing
• Mobile Application Checklist
• Database Testing
• Module -2 Introduction To Automation Testing
• Module-3 Java Programming For Selenium
• Module -4 Selenium Driver
• Module -5 Jmeter
• Module -6 Sql
• Module -7 Git And Github
• Project