Orthogonal array testing course
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This document provides an overview of an orthogonal array testing course. It discusses pairwise testing and orthogonal array testing techniques which help optimize testing and promote efficient test case generation. The course aims to teach QA engineers and testers how to implement orthogonal array testing to increase test coverage while reducing testing time and improving productivity. Benefits mentioned include reduced execution time, full functionality coverage, reduced result analysis time, and increased productivity in test case generation.
Orthogonal array testing course
- 2. What You’ll Learn 01 02 03 04 Pairwise Testing, Orthogonal Array Software Testing, Test Combinations Tools Support for Testing. Triplewise Testing Taguchi Method, Functional Testing 05 Testing Types, Basics of Software Testing
- 4. In this article, we are going to learn about a ‘Combinatorial Testing’ technique called ‘Pairwise Testing’ also known as ‘All-Pairs Testing’. Smart testing is the need of the hour. 90% of the time's system testing team has to work with tight schedules. So test design techniques should be very effective for maximum test coverage and high defect yield rate
- 5. Agenda Style Requirements • QA Experience Requirements for the Course are
- 6. Agenda Style Course Description Increase the chance of getting more job opportunities and get manager appreciations with OATS (orthogonal array testing) implementation! Orthogonal Array is increasingly popular and used across best testing projects in the world! It is also best known as pairwise testing and not many software engineers know how to use it? It helps in test optimization and promotes the QAs to implement most efficient test combinations rather than running the same old regression tests. Orthogonal Array is a method of choosing a set of tests from a universe of tests, to make the testing efficient and effective. Orthogonal Array Testing Strategy (OATS) is a systematic, statistical way of testing pair-wise interactions. Pair wise testing technique is used as a methodology on orthogonal array implementation. Description
- 7. Agenda Style Audience • Quality Assurance Engineers • Test Engineers • Software Testers • Software engineers • Quality Engineers • Test Automation Engineers Who this course is for:
- 8. Benefits of Orthogonal Array Testing Projects • Execution time getting reduced • 100% functionality can be covered – possible to validate with the Requirement Traceability Matrix. • Result analysis time will be reduced. • Increase in productivity in the generation of test cases.
- 10. Reference