Course Duration
40 HOURS

About ISEB/ISTQB Foundation Software Testing
The objectives & achievement of the completing ISEB/ISTQB Foundation in Software Testing training course are:
The course as a whole is a three day course and on the final day of the course, an examination will be taken place. This Software Testing Foundation training course is based on the current ISTQB syllabus. The course prepares students for the multiple choice examination for the qualification.
There are six components of this course which consists of:
Course Contents
Understanding the fundamentals of testing software:
Questioning as to why testing is necessary harm caused by defects in software
What are the root causes
Testing & quality assurance
What testing is & its elements
General testing principles
Fundamental test process and psychology behind the testing
Testing throughout the software life cycle:
Software developmental models needed
Relationship between development test activities & work products in the development life cycle,
Project and product characteristics and contexts
Test levels, objectives, typical object and targets of testing
Functional and non-functional testing
Structured and change related testing
Confirmation & regression testing
Maintenance testing
Impact analysis in maintenance
Static techniques:
Reviews and test processes
Software work products and the different static techniques to use
Importance & value of static techniques
The difference between static and dynamic techniques
Test management:
Test organisation
Independent testing
Tasks of a typical test leader and the testor
Test planning and its estimation
Standard for Software Test Documentation (EEE 829)
The factors that influences the effort related to testing estimation approaches (metrics-based and expert based)
Test preparation & execution tasks
Use of exit criteria
Test progress monitoring and control
Metric and reports
Configuration management
Risk and testing
Incident reporting and management reporting
Tool support for testing:
The types of test tools to use
Effective use of tools
Potential benefits and risks involved
Introducing a tool into an organisation
Typical formal review process
Different view of review
Informal review
Technical review
Inspection
Eexplaining the factors for a successful performance of reviews taken
Static analysis used by tools
Defects and errors that are recognised by static analysis
Typical code and design defects that is known
Test design techniques
Identifying the test condition and test cases
Categories of test designs
Specific based ( black box) and the structure based (white box)approaches
Equivalence portioning boundary value analysis
Decision tables
State transition diagrams
Use of case testing
Structured testing by use of white box testing techniques
Code coverage
Statement and decision coverage
Control flows using statement testing and decision testing
Experience based techniques
Choosing the techniques to use
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