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Lecture 01: Introduction- I

Lecture 02: Introduction- II

Lecture 03: Introduction- III

Lecture 04: Introduction- IV

Lecture 05: Introduction- V

Lecture 06: Life Cycle Model

Lecture 07: Life Cycle Model (Contd.)

Lecture 08: Waterfall Model

Lecture 09: Waterfall Derivatives

Lecture 10: Incremental Model

Lecture 11: Evolutionary Model

Lecture 12: Agile Model

Lecture 13: Extreme Programming and Scrum

Lecture 14: Scrum

Lecture 15: Introduction to requirement specification

Lecture 16: Requirement gathering and analysis

Lecture 17: Functional requirements

Lecture 18: Representation of complex programming logic

Lecture 19: Design Fundamentals

Lecture 20: Modular Design

Lecture 21: Classification of Cohesion

Lecture 22: Classification of Coupling

Lecture 23: Introduction to structured analysis and structured design

Lecture 24: Basics of Data Flow Diagrams (DFD)

Lecture 25: Developing DFD Model

Lecture 26: Examples of DFD Model development

Lecture 27: DFD Model - More Examples

Lecture 28: Essentials of Structure Chart

Lecture 29: Structure Chart Development

Lecture 30: Structured Design Examples

Lecture 31: Use Case Modelling

Lecture 32: Factoring Use Cases

Lecture 33: Overview of Class diagram

Lecture 34: Inheritance relationship

Lecture 35: Association relationship

Lecture 36: Aggregation/ Composition and dependency relations

Lecture 37: Interation Modelling

Lecture 38: Development of Sequence diagrams

Lecture 39: State-Machine diagram

Lecture 40: An Object-Oriented design process

Lecture 41: Domain Analysis

Lecture 42: Examples of object-oriented design

Lecture 43: Basic concepts in Testing-I

Lecture 44: Basic concepts in Testing-II

Lecture 45: Basic concepts in Testing-III

Lecture 46: Unit testing strategies-I

Lecture 47: Unit testing strategies-II

Lecture 48: Equivalance Class Testing-I

Lecture 49: Equivalance Class Testing-II

Lecture 50: Special Value Testing

Lecture 51: Combinatorial Testing

Lecture 52: Decision Table Testing

Lecture 53: Cause effect graphing

Lecture 54: Pairwise Testing

Lecture 55: White box Testing

Lecture 56: Condition Testing

Lecture 57: MC/DC Coverage

Lecture 58: MC/DC Testing

Lecture 59: Path Testing

Lecture 60: Dataflow and Mutation Testing

Description:

COURSE OUTLINE: Large-scale software development poses special challenges. This course targets to expose the students to the challenges of large scale software development and would expose the students as to how to overcome those. Starting with basic life cycle model concepts, it would discuss requirements, specification, design, and testing issues. The concepts will be illustrated with appropriate examples.

Software Engineering

NPTEL

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#Programming #Software Development #Software Testing #Unit Testing #Computer Science #Software Engineering #Object-oriented programming #Object-Oriented Design

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