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SOFTWARE TESTING

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Master the art of quality assurance with our comprehensive Software Testing Course. Whether you're a beginner or an experienced professional, this course will help you build expertise in manual testing and automation tools to become a complete QA professional.

Self-paced Learning

Learn at your own pace and convenience. Access content anytime, anywhere, and tailor your learning.

Hands-on Tools

Gain practical experience with popular automation tools like Selenium, JUnit, TestNG & more — used by QA across the industry.

Manual Testing Mastery

Build a strong foundation in software testing fundamentals including test planning, case design, bug reporting, and test execution.

Soft Skills Training

Enhance your communication, resume, and LinkedIn profile with focused sessions to help you present yourself as a standout QA candidate..

Project Portfolio

Join our growing community of PW Skills learners and leverage the network for career.

Certification

Earn an industry-recognized certificate on course completion to validate your skills and boost your professional profile.

5 Months

Job Readiness

10 Topics

English

Syllabus for Software testing

SOFTWARE TESTING

MANUAL PROJECT

DATA BASE

PYTHON

SENENIUM

SELENIUM PROJECTS

API MANUAL(POSTMAN)

API AUTOMATION

DEV OPS TOOLS (MAVEN,GIT,JENKINS)

BASICS OF SOFTWARE +

Lecture 1: Why Software is Required/Importance?

Lecture 2: Necessity of Testing the Software?

Lecture 3: Why Manual Testing is Required?

Lecture 4: Why Automation Testing is Required?

SOFTWARE DEVELOPMENT LIFE CYCLE +

Lecture 1: Waterfall Model

Lecture 2: Spiral Model

Lecture 3: V & V Model (Verification & Validation Model)

Lecture 4: Prototype Model

Lecture 5: Derived Model

Lecture 6: Hybrid Model

Lecture 7: Agile Model

WHITE BOX TESTING +

Lecture 1: Path Testing

Lecture 2: Conditional Testing

Lecture 3: Loop Testing

Lecture 4: Unit Testing

Lecture 5: Testing the Code from Memory Point of View

Lecture 6: Testing the Code from Performance Point of View

BLACK BOX TESTING +

Lecture 1: Functional Testing

Lecture 2: Integration Testing

Lecture 3: System Testing

Lecture 4: Acceptance Testing

Lecture 5: Smoke Testing

Lecture 6: Ad hoc Testing

Lecture 7: Globalization Testing

Lecture 8: Compatibility Testing

Lecture 9: Exploratory Testing

Lecture 10: Usability Testing

Lecture 11: Regression Testing

TEST CASES +

Lecture 1: Introduction to Test Case

Lecture 2: Test Case Design Techniques

Lecture 3: Test Case Format

Lecture 4: Functional Test Case

Lecture 5: Integration Test Case

Lecture 6: System Test Case

Lecture 7: Procedure to Write and Execute Test Case

Lecture 8: Test Case Review Process

SOFTWARE TEST LIFE CYCLE +

Lecture 1: Traceability Matrix

Lecture 2: Test Execution Reports

SOFTWARE TEST LIFE CYCLE +

Lecture 1: Sections of Test Plan

Lecture 2: Test Metrics

DEFECT LIFE CYCLE / DEFECT TRACKING +

Lecture 1: Introduction to Defects

Lecture 2: Defect Life Cycle

Lecture 3: Status of Defects

Lecture 4: Severity of a Defect

Lecture 5: Priority of a Defect

Lecture 6: Defect Report / Incident Report

Lecture 7: Defect Tracking Tool

PROJECT-BASED LEARNING : SOFTWARE TESTING +

TEST PLANNING AND EXECUTION +

Lecture 1: Develop and Design Test Cases Based on Requirements and User Stories

Lecture 2: Execute Test Cases Manually, Simulating User Interactions and Workflows

Lecture 3: Document Test Results and Identify Defects or Issues

DEFECT MANAGEMENT +

Lecture 1: Report Defects to the Development Team with Clear and Concise Information

Lecture 2: Track and monitor defect resolution to ensure issues are resolved effectively.

INTERVIEW PREPARATION +

Lecture 1: Resume Preparation

Lecture 2: Mock Interviews

Lecture 3: Soft Skills

WHAT IS DATABASE? +

Lecture 1: What is Database Management System (DBMS)?

Lecture 2: What is Relational Model?

Lecture 3: Introduction to RDBMS

Lecture 4: Brief on E.F. Codd

Lecture 5: What are Datatypes?

Lecture 6: Types and Examples of Datatypes

Lecture 7: How to Use Datatypes

Lecture 8: What are Constraints?

Lecture 9: Types and Examples of Constraints

Lecture 10: How to Use Constraints

Lecture 11: Data Definition Language (DDL)

Lecture 12: Data Manipulation Language (DML)

Lecture 13: Transaction Control Language (TCL)

Lecture 14: Data Control Language (DCL)

DATA QUERY LANGUAGE +

Lecture 1: What is Database Management System (DBMS)?

Lecture 2: What is Relational Model?

Lecture 3: Introduction to RDBMS

Lecture 4: Brief on E.F. Codd

Lecture 5: What are Datatypes?

Lecture 6: Types and Examples of Datatypes

Lecture 7: How to Use Datatypes

Lecture 8: What are Constraints?

Lecture 9: Types and Examples of Constraints

Lecture 10: How to Use Constraints

Lecture 11: Data Definition Language (DDL)

Lecture 12: Data Manipulation Language (DML)

Lecture 13: Transaction Control Language (TCL)

Lecture 14: Data Control Language (DCL)

Lecture 15: Data Query Language (DQL)

Lecture 16: SELECT Statement

Lecture 17: FROM Clause

Lecture 18: WHERE Clause

Lecture 19: GROUP BY Clause

Lecture 20: HAVING Clause

Lecture 21: ORDER BY Clause

OPERATORS +

Lecture 1: Single Row Functions

Lecture 2: Multi Row Functions

Lecture 3: Introduction to Sub Query

Lecture 4: Working of Sub Query

Lecture 5: Query Writing and Execution

TYPE OF SUB QUERY +

Lecture 1: Single Row Sub Query

Lecture 2: Multi Row Sub Query

WHAT IS JOINS +

Lecture 1: Types of Joins

Lecture 2: Cartesian Join

Lecture 3: Inner Join

Lecture 4: Outer Join

Lecture 5: Self Join

Lecture 6: Queries and Examples on Joins

Lecture 7: Co-related Sub Query

DDL +

Lecture 1: CREATE Command

Lecture 2: RENAME Command

Lecture 3: ALTER Command

Lecture 4: TRUNCATE Command

Lecture 5: DROP Command

DML +

Lecture 1: INSERT Command

Lecture 2: UPDATE Command

Lecture 3: DELETE Command

TCL +

Lecture 1: COMMIT Command

Lecture 2: SAVEPOINT Command

Lecture 3: ROLLBACK Command

DCL +

Lecture 1: GRANT Command

Lecture 2: REVOKE Command

Lecture 3: Normalization

Lecture 4: E-R Diagrams (Entity-Relationship Diagrams)

Introduction To Python +

Lecture 1: Installation & Environment settings

Lecture 2: Introduction to Shell

Variables, Keywords, Data Types And Identifiers. +

Lecture 1: Variables

Lecture 2: Keywords

Lecture 3: Data types

Lecture 4: Identifiers

String, List, Set, Tuple And Dictionary And Slicing +

Lecture 1: String Data types

Lecture 2: List Data types

Lecture 3: Set Data types

Lecture 4: Tuple Data types

Lecture 5: Dictionary Data types

Lecture 6: Slicing

Operators +

Lecture 1: Arithmetic Operators

Lecture 2: Logical Operators

Lecture 3: Relational Operators

Lecture 4: Bitwise Operators

Lecture 5: Assignment Operators

Lecture 6: Membership Operators

Lecture 7: Identity Operators

Control Statements +

Lecture 1: Decisional Statements

Lecture 2: Looping Statements

Lecture 3: Break, Continue and Pass

Input And Print Statements +

Lecture 1: Input statements

Lecture 2: Print statements

Functions Or Methods +

Lecture 1: Types of Functions

Lecture 2: Recursion

Lecture 3: Arguments

Lecture 4: Packing and unpacking

Oops +

Lecture 1: Class, Objects

Lecture 2: Inheritance

Lecture 3: Method Overriding

Lecture 4: Access Specifies

File Handling And Json +

Lecture 1: Flat File Handling

Lecture 2: Json

Lecture 3: Pickle

Exception Handling +

Lecture 1: Try

Lecture 2: Except and final

Lecture 3: Custom Exceptions

Lecture 4: Raising Exceptions

Lecture 5: Assertions

Comprehension +

Lecture 1: List Comprehension

Map, Filter And Lambda Expressions +

HTML & CSS LANGUAGE +

Lecture 1: Why HTML & CSS Needed to Learn Selenium?

Lecture 2: What is HTML?

Lecture 3: What is HTML Tag and Syntax?

Lecture 4: Very Important HTML Tags to Remember

Lecture 5: 3 Small Projects on HTML

Lecture 6: Detail CSS Syllabus

Lecture 7: Style 3 Small Projects Using CSS

AUTOMATION ENGINEERING LIFE CYCLE +

HOW TO CONVERT MANUAL TEST CASE INTO AUTOMATION SCRIPT +

SELENIUM- WEB DRIVER +

Lecture 1: Selenium Tools

Lecture 2: WebDriver Class Diagram

Lecture 3: WebDriver Architecture with Multiple Browsers

Lecture 4: Browser Control

Lecture 5: Locators

Lecture 6: Web Element Controls

Lecture 7: Actions Class Controls

Lecture 8: Select Class Controls

Lecture 9: Complex Xpath

Lecture 10: Handle Multiple Elements

Lecture 11: Handle Dynamic Web Tables

Lecture 12: Window Handle

DATA DRIVEN TESTING +

Lecture 1: Introduction to DDT (Data Driven Testing)

Lecture 2: Property File in DDT

Lecture 3: Excel in DDT

Lecture 4: Random Number in DDT

Lecture 5: Advantages of DDT

OBJECT REPOSITORY +

Lecture 1: Introduction to POM (Page Object Model)

Lecture 2: POM Technique Introduction

Lecture 3: POM Implementation

Lecture 4: Dynamic Element Handling in POM

HANDLE SHADOW ELEMENTS +

JAVA SCRIPT EXECUTOR +

WAIT STATEMENTS +

Lecture 1: What is a Wait Statement and Why We Use Wait?

Lecture 2: Hard Coded Wait

Lecture 3: WebDriver Waits

Lecture 4: Program to Handle Synchronization of the Browser

Lecture 5: Program to Use Custom Waits

Lecture 6: Difference Between Implicitly, Explicitly, Fluent, and Hard Coded Waits

TESTNG - TDD +

Lecture 1: Introduction to BDD & TDD

Lecture 2: Usage of TDD in Automation & Development

Lecture 3: Annotation

Lecture 4: Assert

Lecture 5: Batch Execution

Lecture 6: Group Execution

Lecture 7: Parallel Execution

Lecture 8: Listeners

Lecture 9: Data Provider

FRAMEWORK DEVELOPMENT & IMPLEMENTATION +

Lecture 1: Data Driven Method

Lecture 2: Modular Driven Framework

Lecture 3: Key Driven Framework

Lecture 4: Hybrid Driven Framework

ADVANCED REPORTING +

Lecture 1: TestNG Report

Lecture 2: Extent Report

SELENIUM GRID +

BDD FRAMEWORK WITH CUCUMBER +

Lecture 1: What Is BDD (Behavior Driven Development)?

Lecture 2: Why Use BDD Framework?

Lecture 3: How to Implement the BDD Approach?

Lecture 4: Cucumber - A BDD Framework Tool

Lecture 5: Gherkin Language Introduction

Lecture 6: Given - When - Then Approach

Lecture 7: Sample Feature File

Lecture 8: Sample Step Definition File

Lecture 9: Scenario and Scenario Outline

Lecture 10: Preparing Selenium Test with Cucumber Environment

Lecture 11: Data Tables

Lecture 12: Working with Tags

Lecture 13: Working with Hooks

Lecture 14: Cucumber Reports

Lecture 15: BDD Cucumber Framework Implementation

CLOUD COMPUTING +

Lecture 1: AWS cloud

AI AUTOMATION TOOL – GEN AI +

Lecture 1: Web Automation

Lecture 2: Mobile Automation

PROJECT-BASED LEARNING : AUTOMATION TESTING +

DESIGNING AND DEVELOPING AUTOMATION FRAMEWORKS +

Lecture 1: Automation Testers create the structure and tools used for running automated tests.

WRITING AND MAINTAINING TEST SCRIPTS +

Lecture 1: Automation Testers create the structure and tools used for running automated tests.

Lecture 2: They write code that simulates user actions and verifies expected outcomes.

IDENTIFYING AND REPORTING DEFECTS +

Lecture 1: document and track software defects found during testing

INTERVIEW PREPERATION +

Lecture 1: Resume Preparation

Lecture 2: Mock Interviews

Lecture 3: Soft Skills

INTRODUCTION TO API TESTING AND WEBSERVICES +

Lecture 1: What is API

Lecture 2: What is Webservice

Lecture 3: What is CRUD operation

Lecture 4: What are different HTTP Calls – GET/POST/PUT/DELETE

Lecture 5: Exercise

Lecture 6: Basic Understanding of API from UI application using browser and network

Lecture 7: How to check APIs at the network layer using developer tools of browser

Lecture 8: Pre-Requisites

Lecture 9: HTTP Status codes

Lecture 10: JSON understanding

POSTMAN +

Lecture 1: Installing Postman

Lecture 2: Understanding Postman basic menu / features

Lecture 3: Creating first Postman request GET

Lecture 4: Understanding the response [status code, Message]

Lecture 5: Using parameters in API calls

Lecture 6: Using Headers

Lecture 7: Header Presets

Lecture 8: Understanding Authentication and Authorization

Lecture 9: GitHub Example: Using Authentication

Lecture 10: Creating POST, PUT, and DELETE requests

Lecture 11: Using JSON payloads

Lecture 12: Understanding JSON response

Lecture 13: Environments

Lecture 14: Creating and using Variables

Lecture 15: Create collections and folders

Lecture 16: Collection runner

Lecture 17: Data driving the tests

Lecture 18: Data files

Lecture 19: Initializing test data

Lecture 20: Export and Import collections

Lecture 21: Export and Import Variables

Lecture 22: Advanced

Lecture 23: Creating scripted tests in POSTMAN

Lecture 24: Assertions

Lecture 25: Postman console

Lecture 26: Understanding API Documentation

INTRODUCTION +

Lecture 1: Introduction to Rest Assured

Lecture 2: Setup Automation Test Project

Lecture 3: Introduction on Test API’s & Setup a project with RA library

CREATING FIRST API TEST +

Lecture 1: GET Request API Test & Validate the Response

Lecture 2: Sending Query Parameters & Validating Response

Lecture 3: Working with Query Params and Path Params

VALIDATION +

Lecture 1: Basic Header Validation

Lecture 2: Extracting Response Body Values with Json Path

Lecture 3: Response Header and Body Validations Using Hamcrest Matchers

Lecture 4: Understanding Various Hamcrest Matchers

Lecture 5: POST/PUT/DELETE Tests

Lecture 6: POST Request with Payload

Lecture 7: PUT/PATCH Request with Payload

Lecture 8: DELETE Request

DEEP DIVE +

Lecture 1: What is Missing in Rest Assured

Lecture 2: Authentication in Rest Assured

Lecture 3: Serialization and Deserialization in Rest Assured

Lecture 4: Creating POJO Class for Rest Assured

Lecture 5: Validating API Responses with Created POJO

Lecture 6: Serializing Data with POJO Classes for POST and PUT/PATCH Payload

BDD FRAMEWORK +

Lecture 1: Developing Framework from Scratch with Cucumber BDD, Maven & JUnit

Lecture 2: Adding Logging Capabilities to the Framework

Lecture 3: Integrating Reporting Tool in the Framework

Lecture 4: Framework Folder Structure for API Automation

Lecture 5: Creating Global Variables in the Framework

Lecture 6: Creating End-to-End API Automation Scripts

Lecture 7: Adding Assertions in API Automation Scripts

Lecture 8: Creating Categories for Execution Control

Lecture 9: Script Execution and Viewing the Reports

MAVEN +

Lecture 1: Maven Introduction

Lecture 2: Maven Framework Structure

Lecture 3: Maven Dependencies

Lecture 4: Maven Build Lifecycle

Lecture 5: Maven Profile

Lecture 6: Maven Parameters

GIT +

Lecture 1: Git Introduction

Lecture 2: Git Architecture

Lecture 3: Git & GitHub Configuration

Lecture 4: Commit, Push, Pull, & Clone Operations

Lecture 5: Git Branching

JENKINS +

Lecture 1: Jenkins Introduction

Lecture 2: Jenkins Global Configuration

Lecture 3: Jenkins Plugins

Lecture 4: Jenkins & Git Configuration

Lecture 5: Jenkins On-Demand Job

Lecture 6: Schedule Job

Lecture 7: Poll Job

Lecture 8: Email Configuration

Lecture 9: Jenkins Pipeline

Your Complete Learning Experience

Industry-Oriented Curriculum

Module Level Practice Questions

Q&A Forum

Resume Building Sessions

Soft skill Sessions

Industry Recognized Certificate

Email Support

Peer Networking

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SOFTWARE TESTING

Self-paced Learning

Hands-on Tools

Manual Testing Mastery

Soft Skills Training

Project Portfolio

Certification

5 Months

Job Readiness

10 Topics

English

Syllabus for Software testing

Your Complete Learning Experience

Request a Free Demo :
Software Testing