Software Engineering

1 / Lecture 01: Introduction- I

2 / Lecture 02: Introduction- II

3 / Lecture 03: Introduction- III

4 / Lecture 04: Introduction- IV

5 / Lecture 05: Introduction- V

6 / Lecture 06: Life Cycle Model

7 / Lecture 07: Life Cycle Model (Contd.)

8 / Lecture 08: Waterfall Model

9 / Lecture 09: Waterfall Derivatives

10 / Lecture 10: Incremental Model

11 / Lecture 11: Evolutionary Model

12 / Lecture 12: Agile Model

13 / Lecture 13: Extreme Programming and Scrum

14 / Lecture 14: Scrum

15 / Lecture 15: Introduction to requirement specification

16 / Lecture 16: Requirement gathering and analysis

17 / Lecture 17: Functional requirements

18 / Lecture 18: Representation of complex programming logic

19 / Lecture 19: Design Fundamentals

20 / Lecture 20: Modular Design

21 / Lecture 21: Classification of Cohesion

22 / Lecture 22: Classification of Coupling

23 / Lecture 23: Introduction to structured analysis and structured design

24 / Lecture 24: Basics of Data Flow Diagrams (DFD)

25 / Lecture 25: Developing DFD Model

26 / Lecture 26: Examples of DFD Model development

27 / Lecture 27: DFD Model - More Examples

28 / Lecture 28: Essentials of Structure Chart

29 / Lecture 29: Structure Chart Development

30 / Lecture 30: Structured Design Examples

31 / Lecture 31: Use Case Modelling

32 / Lecture 32: Factoring Use Cases

33 / Lecture 33: Overview of Class diagram

34 / Lecture 34: Inheritance relationship

35 / Lecture 35: Association relationship

36 / Lecture 36: Aggregation/ Composition and dependency relations

37 / Lecture 37: Interation Modelling

38 / Lecture 38: Development of Sequence diagrams

39 / Lecture 39: State-Machine diagram

40 / Lecture 40: An Object-Oriented design process

41 / Lecture 41: Domain Analysis

42 / Lecture 42: Examples of object-oriented design

43 / Lecture 43: Basic concepts in Testing-I

44 / Lecture 44: Basic concepts in Testing-II

45 / Lecture 45: Basic concepts in Testing-III

46 / Lecture 46: Unit testing strategies-I

47 / Lecture 47: Unit testing strategies-II

48 / Lecture 48: Equivalance Class Testing-I

49 / Lecture 49: Equivalance Class Testing-II

50 / Lecture 50: Special Value Testing

51 / Lecture 51: Combinatorial Testing

52 / Lecture 52: Decision Table Testing

53 / Lecture 53: Cause effect graphing

54 / Lecture 54: Pairwise Testing

55 / Lecture 55: White box Testing

56 / Lecture 56: Condition Testing

57 / Lecture 57: MC/DC Coverage

58 / Lecture 58: MC/DC Testing

59 / Lecture 59: Path Testing

60 / Lecture 60: Dataflow and Mutation Testing