Software Engineering (Hindi)

   Monday, September 28, 2020   

Starting a new Lecture Notes Series on Software Engineering

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Channel Name: Easy Engineering Classes

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Software Engineering By Lecture Notes together!

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Lecture Description of this above Topic:

Lecture 1: Introduction, Focus and Importance

Lecture 2: Difference between Software and Hardware

Lecture 3: Different Types of Software's

Lecture 4: Why Software Engineering is a Layered Technology

Lecture 5: Software Development Life Cycles

Lecture 6: Software Development Life Cycles – Waterfall Model

Lecture 7: Drawbacks of Waterfall Software Development Life Cycle Model

Lecture 8: Software Development Life Cycles – Iterative Enhancement Model

Lecture 9: Prototyping – Spiral Software Development Life Cycle Model

Lecture 10: Software Development Life Cycles – Rapid Application Development(RAD) Model

Lecture 11: Software Requirement Engineering

Lecture 12: Software Requirement Elicitation

Lecture 13: Different Types of Software Requirement - Functional, Non-Functional

Lecture 14: Characteristics of Good SRS

Lecture 15: Software Size Estimation – Line of Code Method[LOC

Lecture 16: Software Size Estimation – Theory of Function Point[FP]

Lecture 17: Solved Numerical Examples of Function Point Calculation

Lecture 18: COCOMO Model – Constructive Cost Model Introduction

Lecture 19: COCOMO Model – Solved Numerical Examples with Basic Model Equations

Lecture 20: COCOMO Intermediate Model Theory, Effort Adjustment Factor(EAF)

Lecture 21: COCOMO Detailed Model

Lecture 22: COCOMO Detailed Model Example

Lecture 23: COCOMO II Application Composition Estimation

Lecture 24: Module Coupling – Types, How to Control Coupling

Lecture 25: Module Cohesion – Types and Trick to Remember all Types of Cohesion

Lecture 26: Function Oriented Design Introduction

Lecture 27: Structure Charts - Notation, Theory and Example

Lecture 28: Pseudocode & Types of Structure Charts

Lecture 29: Data Flow Diagram(DFD) Introduction, DFD Symbols and Levels in DFD

Lecture 30: Data Flow Diagram(DFD) Example of Flight Database(Level 0,1,2)

Lecture 31: Errors Faults and Failures in Software Engineering

Lecture 32: Functional Testing – Introduction and Drawbacks

Lecture 33: Boundary Value Analysis(BVA) – Theory and Introduction

Lecture 34: Boundary Value Analysis(BVA) – Solved Numerical Example

Lecture 35: Robustness Testing Technique with Solved Numerical Example

Lecture 36: Worst Case Testing (Extension to Boundary Value Analysis)

Lecture 37: Equivalence Class Testing Introduction with Solved Example

Lecture 38: Equivalence Class Testing Example - Solution of Triangle Problem

Lecture 39: Decision Table Based Testing Introduction

Lecture 40: Decision Table Based Testing Solved Example

Lecture 41: Cause Effect Graph Method Part 1 - How to Derive Test Cases

Lecture 42: Cause Effect Graph Method Part 2 - Types of Constraints

Lecture 43: Software Testing Strategies: An Overview

Lecture 44: Unit Testing Introduction and Problems

Lecture 45: Role of Drivers and Stubs in Unit Testing

Lecture 46: Integration Testing Introduction

Lecture 47: Top-Down and Bottom-Up Integration

Lecture 48: Regression Testing

Lecture 49: Validation Testing

Lecture 50: Types of System Testing

Lecture 51: Acceptance Testing – Difference between Alpha and Beta Testing

Lecture 52: Verification and Validation Introduction and Comparison

Lecture 53: Maintenance Introduction and Types

Lecture 54: Software Reliability Introduction

Lecture 55: Reliability Metrics(MTTF, MTBF, ROCOF), Probability of Failure

Lecture 56: Putnam Resource Allocation Model Theory

Lecture 57: Putnam Allocation Model Numerical

Lecture 58: Reverse Engineering Introduction, Uses, Tasks, Levels, Re-documentation and Design Recovery