THIS IS A SOFTWARE TESTING SEMINAR PPT

1. Introduction to
Software Testing
Software testing is a crucial process that ensures the quality, reliability,
and functionality of software applications. It involves systematically
evaluating software to detect defects, identify weaknesses, and verify that
the software meets its specified requirements.
by Satyajit Sethy

2. Types of Software Testing
Unit Testing
Focuses on testing
individual components or
modules of a software
system to ensure they
function as expected.
Integration Testing
Examines how different
components of a software
system work together,
ensuring they integrate
seamlessly.
System Testing
Tests the entire software
system as a whole,
verifying it meets the
specified requirements and
functionalities.

3. Testing Methodologies
1 Waterfall
Methodology
A traditional,
sequential approach
to software
development and
testing.
2 Agile Methodology
An iterative and
incremental approach
that emphasizes
collaboration and
continuous testing.
3 Behavior-Driven
Development
(BDD)
A methodology that
focuses on defining
and testing software
behavior through
collaboration between
developers, testers,
and stakeholders.

4. Test Planning and Strategies
Test Prioritization
Identifying and focusing on the most
critical and high-risk areas of the software
system.
Risk-Based Testing
Aligning test efforts with the potential risks
and impact of software failures.
Regression Testing
Ensuring that previously working
functionality is not broken by new changes
or updates.
Exploratory Testing
An unscripted, open-ended approach to
testing that focuses on discovering
unexpected behaviors.

5. Test Case Design Techniques
Equivalence
Partitioning
Dividing the input
domain into
equivalent classes
to reduce the
number of test
cases.
Boundary
Value Analysis
Focusing on the
boundaries of input
and output ranges to
uncover edge
cases.
Decision Tables
Capturing and
testing all possible
combinations of
conditions and their
corresponding
actions.
Use Case Testing
Verifying the
software's behavior
based on real-world
user scenarios and
requirements.

6. Automation in Software Testing
Test Automation Framework
Provides a structured approach to writing and executing automated tests.
Continuous Integration (CI)
Automatically builds, tests, and integrates software changes to detect issues early.
Performance Testing
Simulates user load and measures the software's performance under different
conditions.

7. Defect Management and Reporting
Defect Tracking Systematically recording, monitoring, and
resolving software defects.
Root Cause Analysis Identifying the underlying causes of defects
to prevent their recurrence.
Test Reporting Communicating test results, metrics, and
recommendations to stakeholders.

8. Conclusion and Key Takeaways
1 Comprehensive Testing
Implementing a well-rounded testing
strategy that covers different types
of testing is crucial for software
quality.
2 Continuous Improvement
Regularly evaluating and enhancing
testing processes, tools, and
techniques can drive continuous
improvements in software quality.
3 Collaboration and Communication
Effective communication and collaboration between developers, testers, and
stakeholders are key to successful software testing.

9. Conclusion
Software testing is an essential practice that ensures the delivery of high-quality, reliable, and user-
friendly software. By understanding the different types of testing, methodologies, and best
practices, organizations can establish a robust testing strategy that aligns with their software
development lifecycle and business objectives.