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Boden's Quality Development Program
Powered by STAG Software
"Making Software Quality a way of life."
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| PCSTE - BASIC PROGRAM |
| THREE WEEK PRACTITIONER'S COURSE ON SOFTWARE TEST ENGINEERING |
Among the various aspects of the software development lifecycle, Software Quality assumes a special mention since this forms the pillar of the efficiency of the programs developed. As demonstrated in all walks of life, quality of performance is paramount to leading by example. |
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| Course Topics |
Test Engineering
Introduction to testing
Test life cycle
Software verification
Black Box techniques
White Box techniques
Unit, Integration testing
System Testing
Exploratory Testing
Build and Change Management
SDLC Models
Test strategy and test planning
Test reporting and management
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| Software testing is serious business |
Testing software is not an ad-hoc process. There is science and engineering behind testing techniques. Mere knowledge of test tools is not enough because testing is not just automation. A good test engineer must have a strong theoretical foundation in the science and engineering of testing and, in addition, have a comprehensive understanding of various tools. Test engineering techniques help you create an efficient test plan, design effective test cases, measure quality, build robust automation, and setup a pragmatic process. |
| Objectives of the program |
This program aims to prepare you as a test engineer who can plan, design, document, and execute tests independently and effectively. You will also be conversant with the testing terminologies, software development lifecycle, and process models, aware of the popular tools available in the market.
At the end of program, you will have a solid foundation in test engineering that allows you to: |
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| Course methodology is based on our learning model and consists of: |
Lecture sessions (Video assisted)
Self-assessment questions (SAQ)
Case study (CS)
Worked examples (WE)
Frequently asked questions (FAQ)
Points to ponder (P2P)
Lab assignment (Lab)
Weekly tests, Seminar & Final examination
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 Understand and apply black-box & white-box
techniques
Design, document, and execute test scenarios/cases
Write defects clearly & understand how to analyze
defects
Understand the test process, test lifecycle and
people roles
Report test progress, results effectively
Have a good exposure to test tools and automation |
| Duration: |
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3 weeks - 3 days a week (total 12 hours a week)
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