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Department of MBA, REC




            BA17E34       SOFTWARE PROJECT AND QUALITY MANAGEMENT                                  LT P C
                                                                                                   3 0 0 3
            Course Objective
                  To understand project management cycle in software development
                  To study various project estimation and quality models in software development

            UNIT I         INTRODUCTION                                                                     9
            Software Projects, Projects Planning, Process models, Waterfall, RAD, V, Spiral, Incremental, Prototyping,
            Agile, Project Tracking.

            UNIT II               SOFTWARE METRICS                                                          9
            Goal,  Question,  Metric  (GQM)  model,  Product  Quality  metrics,  In  process  Quality  metrics,  Metrics  for
            software maintenance and testing, Complexity Metrics.

            UNIT III       SOFTWARE PROJECT ESTIMATION                                                      9
            Effort and Cost Estimation  - Expert Judgment, LOC, Function Points, Extended Function Points, Feature
            Points, Object Points, COCOMO-81, COCOMO-II; Risk Management.

            UNIT IV        SOFTWARE QUALITY                                                                 9
            Quality Management Systems, Software  Quality Models- FURPS, McCalls Models, Applying seven basic
            quality tools in software development, Measuring Quality, Gilb, CoQUAMO, Lean software development.

            UNIT V         SOFTWARE QUALITY ASSURANCE                                                       9
            Software  Reliability  models-Rayleigh  model,  Weibull  model;  Defect  Removal  Effectiveness;  Quality
            standards- ISO 9000 models and standards for process improvement, ISO/IEC 9126-1 to 9126-4, SQuaRE,
            ISO/IEC 25000, ISO/IEC 25010, CMM, PCMM, CMMI, SPICE.
                                                                                       TOTAL: 45  PERIODS
            OUTCOMES
                  Knowledge of software development process and quality models
                  Knowledge of software project estimation and quality assurance

            TEXTBOOKS
            1.  Roger S. Pressman, Software Engineering A Practioners Approach, McGraw Hill International Edition,
                            th
                New Delhi, 7  Edition, 2010.
                                                                                                            th
            2.  Stephen  Kan,  Metrics  and  Models  in  Software  Quality  Engineering,  Pearson  Education  Asia,  8
                Impression 2009.

            REFERENCES
            1.  Walker  Royce,  Software  Project  Management  –  A  unified  framework,  PearsonEducation  Asia,  New
                Delhi, 2000.
            2.  Alan Gillies, Software Quality – Theory and Management, Thomson Learning, 2011.
                                                                                            th
            3.  Bob Hughes and Mike Cotterell, Software Project Management, Tata McGraw  Hill, 5  Edition, 2010)
            4.  Robert T. Futrell, Donald F. Sahefer and Linda I. Shafer, Quality Software Project Management, Pearson
                Education Asia, 2002.
            5.  Richard H. Thayer, Software Engineering Project Management, John Wiley, 2007















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