Manual Testing

1. To understand what is testing?
2. To understand Software development model.
3. To Understand Architectures of software development.
4. To learn the features of Software development models.
5. To learn major concepts of the testing methodologies.
6. To know different approaches to Testing.
7. To understand of the types of testing.
8. To plan and create test plan.
9. To execute the test plan.
10. To create and manage test cases and defect profiles.
11. To build strategies to track testing processes in the bug tracking systems.
12. To do document of the test report in the testing enclosure document.

1. Basic Knowledge of Computer.
2. Internet Connection.
3. Beginners who want to start their career in Software Testing field.
4. Already a tester: You can refresh all your testing basics and techniques and gear up for Certifications in Software Testing
5. Fresh Graduates: If you have passed out of college recently, and looking for a job in QA/Testing Industry, then this course will definitely help you build skills required for your first job
6. Non-Programmers: If you are interested in IT, but hate programming or find it difficult, then Testing allows you focus less on programming and more on analysis skills.

1. What is testing?
2. Importance of testing
3. Roles and Responsibilities
4. Principles of software testing
5. What is Quality?
6. How much testing is enough?
7. Differences between Manual and Automation Testing

SDLC Phases

1. Requirements Phase.
2. Analysis Phase.
3. Design phase.
4. Coding Phase.
5. Testing phase.
6. Delivery and Maintenance Phase.

SDLC Models

1. Waterfall Model.
2. V Model
3. Agile Model.
4. Prototype Model.
5. Spiral Model.

1. White Box Testing.
2. Black Box Testing.
3. Grey Box Testing.

Static Techniques:

1. Informal Reviews
2. Walkthroughs
3. Technical Reviews Inspection

Structural Techniques

1. Statement Coverage Testing
2. Branch Coverage Testing
3. Path Coverage Testing
4. Conditional Coverage Testing
5. Loop Coverage Testing

Black Box Techniques

1. Boundary Value Analysis
2. Equivalence Class Partition
3. State Transition Technique
4. Cause Effective Graph
5. Decision Table
6. Use Case Testing

Experienced Based Techniques:

1. Error guessing
2. Exploratory testing

Functional Testing

1. Unit Testing
2. Integration Testing
3. System Testing User Acceptance Testing.
4. Sanity/Smoke Testing.
5. Regression Test.
6. Retest

Non Functional Testing

1. Performance Testing.
2. Memory Test
3. Scalability Testing.
4. Compatibility Testing.
5. Security Testing.
6. Cookies Testing.
7. Session Testing.
8. Recovery Testing.
9. Installation Testing.
10. Adhoc Testing.
11. Risk Based Testing.
12. I18N Testing.
13. L1ON Testing.
14. Compliance Testing.

Requirements Analysis/Design

1. Understand the requirements
2. Prepare Traceability Matrix

Test Planning

1. Object.
2. Scope of Testing.
3. Schedule.
4. Approach.
5. Roles & Responsibilities.
6. Assumptions.
7. Risks & Mitigations.
8. Entry & Exit Criteria.
9. Test Automation.
10. Deliverables.

Test Cases Design

1. Write Test cases
2. Review Test cases
3. Test Cases Template
4. Types of Test Cases
5. Difference between Test Scenarios and Test Cases.

Test Environment setup

1. Understand the SRS
2. Hardware and software requirements
3. Test Data

Test Execution

1. Execute test cases
2. Defect Tracking and Reporting
3. Types of Bugs.
4. Identifying the Bugs.
5. Bug/Defect Life Cycle.

Test Closure

1. Criteria for test closure
2. Test summary report

Test Metrics

1. What is Test Measurements?
2. Why Test Metrics?
3. Metric Life Cycle.
4. Types of Manual Test Metrics.

Test Metrics

1. What is Quality Assurance?
2. What is Quality Control?
3. Differences of QA & QC & Testing