Overview
Syllabus
Course Layout
Week
Topics & Subtopics
Unit Mapping
01 – Foundations
• Introduction to Software Engineering
• Overview of Software Processes
• Software Development Life Cycle (SDLC)
• Traditional Models – Waterfall, Iterative, Spiral
• Alternative Techniques – Rapid Application Development (RAD)
• Agile Development Models – Scrum Framework
• Extreme Programming (XP)
Unit I
02 – Process Models & Requirements
• Comparative Analysis of SDLC Models
• Product Discovery and Backlog Refinement
• Requirements Engineering Process
• Software Requirements Specification (SRS)
• Formal System Specification / Executable Specification
• Requirements Validation and Traceability
Units I & III
03 – Project Planning
• Responsibilities of a Software Project Manager
• Software Project Planning Techniques
• Project Size Metrics and Estimation Methods
• Function Point Analysis (FPA) – Basic Concepts
• Introduction to COCOMO Estimation Models
Unit II
04 – Scheduling & Risk Management
• COCOMO Models – Basic, Intermediate, Complete
• Scheduling Concepts – CPM & PERT
• Network Analysis Diagrams
• Risk Management – Identification, Assessment, Mitigation
Unit II
05 – Modelling & Design Concepts
• Translating Requirement Models into Design Models
• Elements of Software Modelling and Design
• Design Process and Design Concepts
• Principles of Modular Design
• Cohesion and Coupling
Unit IV
06 – Design Notations & Tools
• Design Notations: DFD, Flowcharts, Decision Tables
• Creating and Interpreting Data Flow Diagrams
• Analysis Modelling – Elements of Analysis Model
• Architectural Mapping using Data Flow
Unit IV
07 – DevOps Integration
• DevOps – Core Elements and Lifecycle
• Adoption of DevOps in Software Projects
• Overview of DevOps Tools and Practices
Unit IV
08 – Coding Standards & Code Review
• Coding Standards and Guidelines
• Code Review Techniques
Unit V
09 – Software Testing Fundamentals
• Testing Basics and Objectives
• Black-Box and White-Box Testing
• Integration and System Testing
Unit V
10 – Maintenance Concepts
• Characteristics of Software Maintenance
• Software Maintenance Process Models
• Software Reverse Engineering
• Estimation of Maintenance Cost
Unit V
11 – Reviews & Inspections
• Reviews, Walkthroughs, and Inspections
• Managing Changing Requirements
• Requirements Traceability and Validation Review
Unit III
12 – Course Integration & Case Study
• Case Studies on Process Model Choices
• Case Studies on Design Approaches
• Case Studies on Software Review Techniques
• Case Studies on Conducting Feasibility Studies
All Units (Integration)
Taught by
Prof. R.Baskaran, Professor of Computer Science and Engineering