TR037 Business
Systems Testing Fundamentals
Individual
Student Cost: $775
Enroll in 3 IACP classes and get $300.00 credit for the 4th
!
Training
Coordinators: Enroll 4 students and the 5th is free!
Open as a pdf file
Duration: 4 days
Audience:
This
course is designed for business experts, technical experts, quality assurance
specialists, and managers who are responsible for the testing of SDLC
deliverables, designing test plans or test cases, and/or who participate in the
quality assurance process. It is also designed to be helpful to managers and
administrators responsible for designing and
maintaining a quality assurance process.
Prerequisites:
The
following courses are recommended -
Introduction to Business Systems Analysis (TR001), Modeling Essential Business
Data (TR012) and Discovering Essential
Business Requirements (TR043) or similar experience.
Description:
This
course presents an architecture that defines a process to implement a
structured testing environment for all phases of the Systems Development Life
Cycle (SDLC). It conveys the four
techniques of structured testing, and the application of those techniques
during the phases of the SDLC. Using risk assessment as a guide for structured
testing is emphasized and a risk matrix is presented. The main focus is on the
creation of functional and structural test plans, test scripts, and test cases,
including the use of break-it testing, complexity testing, and basis path testing. The organization of a testing team and the testing
environment is also discussed. Hands-on workshops in a JAD format are used to
reinforce concepts.
Objectives:
Upon
successful completion of this course, the student should be able to:
·
Define
the advantages of testing throughout the SDLC.
·
Identify
the main deliverables to be tested from each phase of the SDLC.
·
List
and identify the four testing techniques that can be used to test any SDLC
deliverable.
·
Determine
the best testing technique to use on various types of deliverables during each
phase of the SDLC.
·
Discuss
the various SDLC productivity tools that can improve productivity and quality
during testing.
·
Build
control graphs, test plans and test cases for functional and structural
testing.
·
Conduct
or participate in structured walkthroughs.
·
Perform
successful unit, integration, systems, regression and user acceptance testing.
·
Design
and administer a high-quality, productive testing environment.
.
