Introduction to Software Engineering: A Road Map to Reliable Software Development and Maintenance HNPW3FQA0H

URI	`m2://res/HNPW3FQA0H`
Kind	course
Creators	Subhashis Chatterjee (instructor)
Date	2026-07-13
Scope	in

Expressions

e1: edition

Language	en
Date	2026-07-13

m1: page, IIT-ISM Dhanbad (record). nptel 111105002
m2: page, 2026-07-13 (record). nptel 111105002

Contents

part 1: Week 01
session 1: Lecture 01 : Intoduction to Software Engineering
session 2: Lecture 02 : Software Engineering Applications
session 3: Lecture 03 : Introduction to Software Development Life Cycle Models
session 4: Lecture 04 : Different SDLC Models
session 5: Lecture 05 : Remaining SDLC Models
part 2: Week 02
session 6: Lecture 06 : Comparison of SDLC Models
session 7: Lecture 07 : Introduction to Software Project Management
session 8: Lecture 08 : Limitations of LOC and Function point metric
session 9: Lecture 09 : Feature Point Metric and Project Estimation
session 10: Lecture 10 : Breakdown Structure and COCOMO Model
part 3: Week 03
session 11: Lecture 11 : COCOMO model Continue
session 12: Lecture 12 : Halstead’s Software Science
session 13: Lecture 13 : Halstead metric and Software staffing
session 14: Lecture 14 : Putnam Model
session 15: Lecture 15 : Software Scheduling
part 4: Week 04
session 16: Lecture 16 : Critical Path Method (CPM)
session 17: Lecture 17 : Program Evaluation and Review Technique
session 18: Lecture 18 : Gantt Charts and Organization Structure
session 19: Lecture 19 : Risk Management in Software Engineering
session 20: Lecture 20 : Software Configuration Management
part 5: Week 05
session 21: Lecture 21 : Introduction to Software Requirement
session 22: Lecture 22 : Requirements Gathering and Analysis
session 23: Lecture 23 : Software Requirement Specification
session 24: Lecture 24 : Functional Requirements
session 25: Lecture 25 : Non-functional requirements
part 6: Week 06 :
session 26: Lecture 26 : Complex SRS Logic and Relational Notations
session 27: Lecture 27 : ER Diagram and State-Oriented Notations
session 28: Lecture 28 : Some important notations
session 29: Lecture 29 : Axiomatic Specification
session 30: Lecture 30 : Semantics and Algebraic Specification
part 7: Week 07
session 31: Lecture 31 : Petri Net
session 32: Lecture 32 : Introduction to Software Design
session 33: Lecture 33 : Coupling Metric
session 34: Lecture 34 : Cohesion Metric
session 35: Lecture 35 : Software Design Approaches
part 8: week 08
session 36: Lecture 36 : Function-Oriented Design
session 37: Lecture 37 : Data Flow Diagram
session 38: Lecture 38 : DFD Representation
session 39: Lecture 39 : Structure Chart
session 40: Lecture 40 : Various Design Techniques
part 9: Week 09
session 41: Lecture 41 : Object-Oriented Design
session 42: Lecture 42 : Unified Modelling Language
session 43: Lecture 43 : Use Case Diagram
session 44: Lecture 44 : Class Diagram and State Chart Diagram
session 45: Lecture 45 : Some Other Design Techniques
part 10: Week 10
session 46: Lecture 46 : Software Coding
session 47: Lecture 47 : Introduction to Software testing
session 48: Lecture 48 : Black Box Testing
session 49: Lecture 49 : Coverage-based Testing
session 50: Lecture 50 : Control Flow Graph in Testing
part 11: Week 11
session 51: Lecture 51 : Data Flow-Based Testing
session 52: Lecture 52 : Mutation Testing and Regression Testing
session 53: Lecture 53 : Software Debugging
session 54: Lecture 54 : Integration Testing and System Testing
session 55: Lecture 55 : Testing Object-Oriented Programs
part 12: Week 12
session 56: Lecture 56 : Software Quality Assurance
session 57: Lecture 57 : Software Maintenance
session 58: Lecture 58 : Software Reuse and Agile Development
session 59: Lecture 59 : Phases of Agile Development
session 60: Lecture 60 : Some numerical examples

Catalogue records

nptel: 111105002 (manifestation)
nptel_video: 111105002 (manifestation)