Software Testing Made Easy for Beginners (Project,Jira,API )

Course Curriculum

Chapter 1: Introduction to Software Testing

Lecture 1: What is Software Testing?

Lecture 2: Session 2 – Why Software Testing is required?

Lecture 3: Session 3 – Demo Application for practicing Software Testing

Lecture 4: Session 4 – Domain Knowledge plays a key role in Software Testing

Lecture 5: Session 5 – Basic Testing Types for understanding Software Testing better

Lecture 6: Session 6 – Software Testing Career Planning

Chapter 2: Software Testing Live Project & UI Testing Checklist & Defect Life Cycle

Lecture 1: Session 7 – Live Project (Part 1) – How a Project begins

Lecture 2: Session 8 – eCommerce Domain Knowledge

Lecture 3: Session 9 – Live Project (Part 2) – Exploring and Understanding the Application

Lecture 4: Session 10 – Live Project (Part 3) – Exploring and Understanding the Application

Lecture 5: Session 11 – Live Project (Part 4) – Exploring and Understanding the Application

Lecture 6: Session 12 – Independent Software Testing Live Project (Part 5) – Test Planning

Lecture 7: Session 13 – Independent Software Testing Live Project (Part 6) – Test Scenarios

Lecture 8: Session 14 – Live Project (Part 7) – Test Cases Template

Lecture 9: Session 15 – Live Project (Part 8) – Test Cases for Registration Form

Lecture 10: Session 16 – Live Project (Part 9) – Test Cases for Login

Lecture 11: Session 17 – Live Project (Part 10) – Test Cases for Logout Functionality

Lecture 12: Session 18 – Live Project (Part 11) – Test Cases for Forgot Password

Lecture 13: Session 19 – Complete Test Cases of Live Project (Part 12)

Lecture 14: Session 20 – UI Testing Checklist (GUI) – Part 1

Lecture 15: Session 21 – UI Testing Checklist (GUI) – Part 2

Lecture 16: Session 22 – UI Testing Checklist (GUI) – Part 3

Lecture 17: Session 23 – Test Cases Prioritization – Live Project (Part 16)

Lecture 18: Session 24 – Smoke Testing – Independent Software Testing Live Project (Part 17)

Lecture 19: Session 25 – Test Execution using Test Cases – Independent Software Testing Live

Lecture 20: Session 26 – Reporting Defects in Bug Tracking Tool – Live Project (Part 19)

Lecture 21: Session 27 – Taking Screenshots for Defects – Live Project (Part 20)

Lecture 22: Session 28 – Testing Status Emails – Software Testing Live Project (Part 21)

Lecture 23: Session 29 – Defect (Bug) Life Cycle

Lecture 24: Session 30 – Test Case Execution Results – Live Project (Part 22)

Lecture 25: Session 31 – List of Defects Identified – Live Project (Part 23)

Lecture 26: Session 32 – Emailing Defects and Blockers – Live Project (Part 24)

Lecture 27: Session 33 – Retesting and Regression Testing – Live Project (Part 25)

Lecture 28: Session 34 – Emailing Retesting & Regression Testing Results – Live Project

Lecture 29: Session 35 – Test Cycles – Independent Software Testing Live Project (Part 27)

Lecture 30: Session 36 – Quality Report – Software Testing Live Project (Part 28)

Chapter 3: Software Testing Basics and Terminology used at workplace

Lecture 1: What is a Software? (Session 37 – Software Testing Basics)

Lecture 2: Types of Software (Session 38 – Software Testing Basics)

Lecture 3: Service Based and Product Based Companies (Session 39 – Software Testing Basics)

Lecture 4: Product Versus Project (Session 40 – Software Testing Basics)

Lecture 5: Client Versus Customer (Session 41 – Software Testing Basics)

Lecture 6: Outsourcing versus Inhouse versus Onsite (Session 42 – Software Testing Basics)

Lecture 7: Mistake (Session 43 – Software Testing Terminology)

Lecture 8: Mistake, Error, Bug,Fault & Defect (Session 44 – Software Testing Terminologies)

Lecture 9: Development, Staging & Production Environments (Session 45 – Software Testing)

Lecture 10: Error Versus Defect Versus Failure (Session 46 – Software Testing Terminology)

Lecture 11: Quality (Session 47 – Software Testing Terminology)

Lecture 12: Risk (Session 48 – Software Testing Terminology)

Lecture 13: AUT (Session 49 – Software Testing Terminology)

Lecture 14: Reasons for missing the defects in Software even after Testing (Session 50)

Lecture 15: Software Testing Career Roles, Responsibilities and Designations (Session 51)

Lecture 16: QA, QC and QE (Software Testing – Session 52)

Lecture 17: Test Artifacts alias Test Deliverables (Terminology – Session 53)

Chapter 4: Software Development Life Cycle (SDLC)

Lecture 1: Software Development Life Cycle (Software Testing – Session 54)

Lecture 2: SDLC Models (Software Testing – Session 55)

Lecture 3: Waterfall Model (Software Testing – Session 56)

Lecture 4: Prototyping Model (Software Testing – Session 57)

Lecture 5: Incremental or Iterative Model (Software Testing – Session 58)

Lecture 6: Spiral Model (Software Testing – Session 59)

Lecture 7: V Model (Software Testing – Session 60)

Lecture 8: Agile SDLC Model, Scrum, Methodologies and Practices (Software Testing – Session

Lecture 9: RAD SDLC Model (Software Testing – Session 62)

Lecture 10: Big Bang SDLC Model (Software Testing – Session 63)

Lecture 11: SDLC phases and Defect Types (Software Testing – Session 64)

Chapter 5: Verification and Validation

Lecture 1: Verification versus Validation (Software Testing – Session 65)

Lecture 2: Static Testing and Dynamic Testing (Software Testing – Session 66)

Lecture 3: Static Analysis – Static Test Technique (Software Testing – Session 67)

Lecture 4: Walkthrough – Static Test Technique (Software Testing – Session 68)

Lecture 5: Inspections – Static Test Technique (Software Testing – Session 69)

Lecture 6: Code Review – Static Test Technique (Software Testing – Session 70)

Lecture 7: Peer Reviews – Static Test Techniques (Software Testing – Session 71)

Lecture 8: Technical Reviews – Static Test Techniques (Software Testing – Session 72)

Lecture 9: Levels of Software Testing (Software Testing – Session 73)

Lecture 10: Unit Testing (Software Testing – Session 74)

Lecture 11: Integration Testing (Software Testing – Session 75)

Lecture 12: Big Bang Integration Testing Approach (Software Testing – Session 76)

Lecture 13: Top Down Integration Testing Approach (Software Testing – Session 77)

Lecture 14: Bottom Up Integration Testing Approach (Software Testing – Session 78)

Lecture 15: Sandwich Integration Testing Approach (Software Testing – Session 79)

Lecture 16: System Testing (Software Testing – Session 80)

Lecture 17: User Acceptance Testing (UAT) (Software Testing – Session 81)

Lecture 18: Alpha Testing (Software Testing – Session 82)

Lecture 19: Beta Testing (Software Testing – Session 83)

Chapter 6: Additional Topics, Software Testing Life Cycle & BB Test Design Techniques

Lecture 1: Software Release Life Cycle (SRLC) – (Software Testing – Session 84)

Lecture 2: Seven Principles of Software Testing – (Software Testing – Session 85)

Lecture 3: Client Side Validation & Server Side Validation (Software Testing – Session 86)

Lecture 4: Software Testing Life Cycle (STLC) – (Software Testing – Session 87)

Lecture 5: Test Environments (Software Testing – Session 88)

Lecture 6: Virtual Test Environments (Software Testing – Session 89)

Lecture 7: Cloud Test Environments (Software Testing – Session 90)

Lecture 8: Black Box Test Design Techniques (Software Testing – Session 91)

Lecture 9: Equivalence Class Partitioning – Test Design Technique (Session 92)

Lecture 10: Boundary Value Analysis – Test Design Technique (Software Testing – Session 93)

Lecture 11: Decision Table Testing – Test Design Technique (Software Testing – Session 94)