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SOFTWARE ENGINEERING (Software Risk, Configuration Management &…
SOFTWARE ENGINEERING
Software Risk, Configuration Management & Quality Assurance
RMMM
SCM repositories and process
Risk Projection
Formal Technical Review (FTR)
Risk Assessment
Software Reliability,
Risk Identification
Introduction To Software Engineering and Process Models
Software Process
Capability Maturity Model (CMM)
Software Engineering
Generic Process Model,
Nature of Software
Prescriptive Process Models
The Waterfall Model
V-model
Incremental Process Models
Evolutionary Process Models
Concurrent Models
Kanban model
Scrum model
Agile model
Software Design
Effective Modular Design
Cohesion and Coupling
Architectural Design
Design Concepts
Component-level design
Design Principles
User Interface Design
Requirements Analysis and Modelling
Requirement Elicitation
Software requirement specification (SRS)
Requirement Model
Behavioural model
Class-based model
Scenario-based model
Developing Use Cases (UML)
Project Scheduling and Tracking
3Ps (people, product and process
Management Spectrum
Software Project Estimation
FP
Empirical Estimation Models
Specialized Estimation Techniques
COCOMO II Model
LOC
Project scheduling
Timeline charts
Tracking the Schedule
Defining a Task Set for the Software Project
Earned Value Analysis
Software Testing and Maintenance
Software Testing Fundamentals
White-Box Testing
Black-Box Testing
Basis Path Testing,
Strategic Approach to Software Testing
Integration testing
Validation Testing
Unit testing
System Testing
Software Re-engineering, Reverse
Engineering