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Introduction |
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- Participants |
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- Familiarization with course material |
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- Familiarization with the protocols and timings |
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- Expectation setting and clarifications |
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Need for Defect Prevention |
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- Why Defect Prevention |
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- What have software bugs done |
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- The Philosophy of defect prevention |
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- Rework – Some Eye openers |
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- Business Impact of Rework |
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- Cost of Quality |
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Understanding Defects |
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- Defect definitions |
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- Process and Product Defects |
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- Error, Fault, Failure concepts |
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- Prevention Vs Detection |
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3D Approach to Defect Prevention |
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- Approach of Discipline |
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- Approach of Dissection |
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- Approach Of Discovery |
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Practices / Tools for Defect Analysis |
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- Pareto Technique |
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- Cause and effect Technique |
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- Control Impact matrix |
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- Classification of defects |
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- Orthogonal defect classification |
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- Defect Taxonomy |
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- Defect prevention Flavors |
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- Defect Prevention Enablers |
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- Defect Prevention cycle |
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CMMI perspective |
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- Defect prevention CMMI Perspective |
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- CMMI goals and Practices |
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Real Time experiences of QAI |
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Approach to Discovery |
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- Improvement approaches |
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- Orthogonal Defect Classification |
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- Personal Level DP |
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- Bug Bash |
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- Use of Tools |
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- FMEA |
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- Real time experiences |
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- Defect patterns |
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- Critical success factors in DP |
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Defect Prediction |
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- Empirical Defect prediction techniques |
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- Defect Discovery profiles |
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- COQUALMO |
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- Fault Proneness |
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- Capture/recapture analysis |
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- Advanced techniques |
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Do’s and Don’ts of a DP program |
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- Do’s and Don’ts – Selecting the defects |
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- Do’s and Don’ts – Analyzing selected defects |
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- Do’s and Don’ts – Deciding actions |
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- Do’s and Don’ts – Actions |