Course Overview

Manual testing is a software testing approach where testers execute test cases without the use of automation tools or scripts. It involves the process of identifying defects and ensuring the quality of a software application manually. In manual testing, testers play the role of end-users and perform various tests to ensure that the application functions as intended and meets the specified requirements.

Here is an overview of the manual testing process:

• Test Planning: This phase involves understanding the project requirements, defining test objectives, scope, and creating a test plan. Testers identify the features to be tested, testing techniques to be employed, and allocate resources and time for testing.
• Test Case Design: Testers create test cases that outline the step-by-step procedures to be followed during testing. These test cases are based on functional specifications, requirements, design documents, and other project-related artifacts.
• Test Environment Setup: Before starting testing, the testing environment must be set up to replicate the real-world scenarios in which the software will be used. This may include installing the application, configuring databases, networks, etc.
• Test Execution: In this phase, testers execute the test cases manually by following the steps outlined in the test cases. They verify the actual outcomes against the expected results and document any discrepancies or defects found during the testing process.
• Defect Reporting: When testers encounter any discrepancies between actual and expected results, they log defects in a defect tracking system. These defects are then communicated to the development team for resolution.
• Test Reporting: Testers prepare test summary reports that provide an overview of the testing process, including the number of test cases executed, pass/fail status, defect statistics, and any other relevant metrics.

Pre-Requisites

• Basic Computer Skills
• Understanding of Software Development Life Cycle (SDLC)
• Analytical and Problem-Solving Skills
• Test Case Design
• Domain Knowledge (Optional)

While not all of these prerequisites are mandatory, having these qualities will contribute to your success as a manual tester. Remember, manual testing is a skill that improves with practice, so be prepared to invest time and effort in honing your abilities. Additionally, consider taking manual testing courses or participating in workshops to receive structured guidance and hands-on experience.

Benefits of Learning Manual Testing

Learning manual testing can offer several benefits, which I'll reiterate here for your convenience:

• Strong Foundation in Software Testing: Learning manual testing provides a solid foundation in software testing principles, methodologies, and techniques, which can be applied to various testing domains.
• Real User Perspective: Manual testing allows you to approach testing from the end-users' perspective, enabling you to identify usability issues and provide valuable feedback on the user experience.
• Early Testing Skills Development: Manual testing is an excellent starting point for testers, as it helps develop critical thinking, problem-solving, and analytical skills early in their testing career.
• Flexibility and Adaptability: Manual testing is flexible and can adapt to rapidly changing project requirements and UI changes, making it suitable for agile development environments.
• Bug Detection: Manual testing is effective in finding certain types of bugs that might be missed in automated testing, including visual defects, UI-related issues, and functional anomalies.
• Building the Testing Mindset: Manual testing encourages testers to think critically, anticipate user scenarios, and uncover potential issues that automated scripts may not cover.
• Job Market Demand: Despite the rise of automated testing, manual testing remains in demand for projects where automation may not be feasible or necessary.
• Active community and resources

learning manual testing offers a wide range of benefits, from a strong foundation in software testing to improved problem-solving skills and domain knowledge acquisition. It remains a relevant and valuable skill in the software testing industry, complementing automated testing efforts and helping ensure the overall quality of software applications.

Related Job Roles

• Manual Tester / Software Tester
• QA Analyst
• Software Test Coordinator
• Test Analyst
• Test Administrator

These are just a few examples of the job roles related to manual testing. Additionally, as you gain experience and expertise in the testing domain, you may have the opportunity to transition to roles such as Automation Tester, Performance Tester, Security Tester, or even Test Manager, depending on your career aspirations and the specific demands of the job market.

Available Training Options

• Online/Offline
• Weekdays Batches
• Weekend Batches
• Course - Duration: 45Days
• Mode of Training - Online - Live Online Classes
• Daily 1Hr(Need to have a laptop or Computer with Good Internet)

Dedicated Trainer, Practical sessions. One-on-One Live Training Session with Hands-on Practical Training. For fees details and discounts whatsapp on Phno: +91 8050123030

Manual Testing Training Syllabus

Software Testing Introduction

• What is Software testing?
• Importance of Software testing
• How to conduct Software testing.
• Basic terminology of Software testing
• Manual Testing Process
• Difference between Manual and Automated Testing
• Software testing Roles and Responsibilities

Software Development Life Cycle and various SDLC Models

Phases of Software Development Life Cycle

• Requirements Phase
• Analysis Phase
• Design phase
• Coding Phase
• Testing phase
• Release and Maintenance Phase

Software Development Life Cycle Models

• Waterfall Model.
• V Model
• Agile Model
• Prototype Model
• Spiral Model

Test Case Design Techniques

Static Techniques

• Informal Reviews
• Walkthroughs
• Technical Reviews
• Inspection

Dynamic Techniques

a) Black-box Test Techniques

• Equivalence Partitioning
• Boundary Value Analysis
• Decision Table Testing
• State Transition Testing
• Use Case Testing

b) White-box Test Techniques

• Statement Coverage Testing
• Branch Coverage Testing
• Path Coverage Testing
• Path Coverage Testing
• v Loop Coverage Testing

c) Experience-based Test Techniques

• Error Guessing
• Exploratory Testing
• Checklist-based Testing

Levels and Types of Software Testing

Four Levels of Testing

• Unit Testing
• Integration Testing
• System Testing
• Acceptance Testing

Types of Testing

i) Functional Testing

• Unit Testing
• Integration Testing
• System Testing
• User Acceptance Testing
• Sanity/Smoke Testing
• Re & Regression Testing

ii) Non-Functional Testing

• Performance Testing. (Load, Stress, Spike and Endurance Testing)
• Usability Testing
• Compatibility Testing
• Reliability Testing
• Security Testing
• Cookies Testing
• Session Testing
• Recovery Testing
• Installation Testing
• Adhoc Testing
• Risk-Based Testing
• I18N Testing
• L1ON Testing
• Compliance Testing

Software Testing Life Cycle

• Requirements Analysis/Design
• Understand the requirements
• Prepare Traceability Matrix
• Test Planning
• Test Case Design
• Derive Test Scenarios
• Document Test cases
• Collect Test data
• Review Test cases
• Test Environment Setup
• Test Execution
• Sanity Testing – Initial build acceptance testing
• Comprehensive Testing – executing all possible test cases
• Reporting and Tracking Defects
• Test Cycle Closure

Software Test Documents

• Test Policy
• Test Strategy
• System Test Plan
• Requirements Traceability Matrix
• Test Scenario
• Test Case
• Test Data
• Test Metrics
• Defect Report
• Test Summary Report

For Registration/ Customization of Course / Course Fees
Call / Whats app on : +91 8050123030
Duration: 45 Days
Mode of Training: Online

Download The Syllabus