Lecture 1
SOFTWARE CHARCTERSTICS, SOFTWARE MYTHS, SOFTWARE APPLICATION,s/w crisis

Lecture-2
Software Process Model :Waterfall Model, Prototype Model,Spiral Model

Lecture-3
Software Process Model:Evolutionary Model,Incremental Model

Lecture-4
Software Project management: Management
activities, Project planning, Project scheduling,

Lecture-5
Process Metrics, Project metrics, Software Project size Estimation Models,Empirical , Putnam Estimation Techniques

Lecture-6
COCOMO models,heuristic Estimation Techniques,Project Size Estimation Metrics

Lecture-7
Function Point Metric(FPM),Team Structures,Staffing level Estimation: NORDEN WORK

Lecture-8
Risk Analysis And Management

Lecture- 9
System Modelling,simulation,analysis principles modeling,prototyping,Software-Requirement-Specifications

Lecture- 10
data modeling,DFD,ER Diagram,Data Dictionary

Lecture- 11
software design process,levels of s/w design

Lecture- 12
Modularity ,cohesion,coupling

Lecture-13
software architectural design

Lecture-14
software testing,test case

Lecture-15
WBT,BBT,SOFTWARE TESTING:UNIT,INTEGRATION,SYSTEM TESTING

Lecture-16
alpha beta

Lecture-17
re enggg,reverse,forword engg

Lecture-18
Verification and Validation Testing

Lecture-19
SQA Activites,plan

Lecture-20
ISO 9000 STANDARDS

Lecture-21
SOFTWARE CONFIGURATION MANAGEMENT

Lecture-22
SQA techniques

Lecture-23
CASE