| MUET / Departments / Computer Systems & Software Engineering / Course of SW /SPM |  |
SOFTWARE PROJECT MANAGEMENT Theory (100) Practical (50) THE PRODUCT The Evolving Role of Software, industrial perspective, aging software plant, software competitiveness, software characteristics, software components, software applications, software myths The process Software layered technology, process model, & tools, generic views of software engineering, software process, process models, prototype model, RAD model, incremental model, spiral model, assembly mode, concurrent development model, formal method model, 4GT MANAGING SOFTWARE PROJECT The management spectrum., software problems & scope, problem decomposition, process decomposition SOFTWARE PROCESS & PROJECT METRICES Metrices in the process & project domains, software measurement, size-oriented & function - oriented metrics SOFTWARE PROJECT PLANNING Project planning objectives, observation on estimation, scope, resources, software project estimation, decomposition techniques (LOC & FP), Estimation models, software equation. RISK MANAGEMENT Risk identification, risk projection, risk mitigation, and management, monitoring, RMMM plan POJECT SHEDULING & TRCKING basic principles, relationship between people & effort, defining a task set for the software project, refinement of major tasks, scheduling, the project plan REFERENCE BOOKS [1] Software Engineering (3/ed), Practitioners Approach, Roger S. Pressman, Mc.Graw Hill Inc. [2] Software Engineering (2/ed), Practitioners Approach, Roger S. Pressman, Mc.Graw Hill Inc.
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