Manual Testing Course

Duration: 6 Months

Project: 2

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In today's tech-driven world, there's an escalating demand for skilled testing professionals. Manual Testing, a field teeming with growth potential, is a vital tool for overseeing diverse projects and driving high-performing teams. By leveraging Manual Testing, organizations can focus on intricate functionalities, spot coding errors, and maintain testable systems.


Manual testing offers a fulfilling career trajectory, requiring an in-depth understanding of software development and robust analytical skills. The key to landing a rewarding role in this field? A Manual Testing Certification.

Course Overview

Experience real-world scenarios with our hands-on lab sessions. Our training is designed to offer you the practical skills you need.

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  • Test Case and Bug Report writing and 7 Princeples of Testing
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  • Fundamental test process followed in Organization
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  • QA role in Agile Scrum using JIRA - Real time Project
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  • GIT/GITHUB and continuous using Jenkins
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  • JIRA, Bugzilla with 21 type of Testing from Scratch
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  • Bonus: How to Use OpenAI, ChatGPT in Manual Software Testing - All You Need to Know
Course Content

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  • The Evolution of Testing
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  • The Necessity of Testing
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  • Defining Testing
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  • Understanding Defects
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  • The Role of Testing in Ensuring Quality
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  • The Importance of Quality Assurance and Quality Control
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  • Objectives and Scope of Testing
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  • Ideal Timing for Testing
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  • Challenges Encountered During Testing
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  • The Role and Responsibilities of a Software Tester
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  • Understanding the Software Development Life Cycle
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  • An Overview of Various Life Cycle Models
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  • An Insight into the Software Testing Life Cycle
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  • Introduction to AGILE Testing

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  • Test Strategy Formulation
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  • Test Planning and its Importance
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  • Tailoring the Test Process
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  • An Insight into Budget Considerations
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  • Setting a Testing Schedule
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  • Grasping Configuration Management
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  • Navigating through Risk Management

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  • Crafting Test Scenarios and Test Cases
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  • Understanding and Designing Test Data
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  • Distinguishing Between Test Cases and Test Scenarios
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  • IConstructing Test Cases for a Sample Application
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  • Grasping the Concept of a Traceability Matrix with an Example

Static Techniques
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  • Significance of Reviews within the Software Testing Life Cycle
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  • Key Activities and Participant Roles in Review
Dynamic Techniques
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  • Black-Box Techniques: Boundary Value Analysis, Decision Table Testing, and Equivalence Partitioning
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  • Experience-driven Techniques: Error Guessing and Exploratory Testing

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  • Levels of Testing: Unit, Integration, System, and User Acceptance Testing
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  • Diverse Testing Types: Including but not limited to Regression, Smoke, Database, Load, Performance, Compatibility, Security, Volume, Stress, Usability, Internationalization, and Localization Testing

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  • Understanding the Build and Release Cycle
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  • Comprehending Release Notes and Pre-QA Checklists
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  • Defining Entry and Exit Criteria for Testing
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  • Engaging in Test Execution Activities

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  • Strategies for Defect Prevention
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  • Discovering and Identifying Defects Navigating the Defect Life Cycle
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  • Differentiating Between Severity and Priority
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  • Introduction to Root Cause Analysis
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  • Practical session on spotting and recording defects

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  • Crafting Test Status and Closure Reports
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  • Collaboration Between Testers and Developers
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  • Effective Client Communication
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  • Working in Onshore and Offshore Models
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  • Strategies to Overcome Current Challenges in Testing

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  • Introduction to Metrics and their Importance
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  • Appreciating the Benefits of Testing Metrics
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  • Navigating the Metrics Life Cycle
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  • Various Metrics used in Testing

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  • The Rationale Behind Automation in Testing
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  • A Glimpse into Automation Tools: QTP and Selenium
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  • An Overview of the Quality Center Tool