SE

 Book

Syllabus

Unit 1:

Lecture 1:  PPT Definition, characteristics, Myths,Crisis 

Lecture 2:  PPT1  PPT2

Lecture 3: PPT SDLC, Build and fix, water fall, iterative

Lecture 4: PPT Prototype model

Lecture 5: PPT1    PPT2  Spiral model , V model

Lecture 6: RAD model

Lecture 7: Agile Model Agile Model and Scrum

  Agile Models XP,KANBAN etc.

Unit 2:

Lecture 9: Classification of Software requirements , Functional vs Non-functional Requirements

Lecture 10: Characteristics of Good SRS

Lecture 11: Requirement Engineering 7 Tasks 

Lecture 12: Who is System Analyst? Software Metrics

Lecture 13: requirement analysis and Modeling

scenario based modeling

Lecture 14: scenario based modeling 1) use case

Lecture 15: Use case symbols etc 2) activity diagram

Lecture 16: How to draw Activity diagram 

Class based modeling

Lecture 17:  what is class based modeling 1) Class Diagram 2) Class-Responsibility-Collaborator (CRC) Modeling

Behavioral Modeling

Lecture 18: What is Behavioral Model? state diagram  sequence diagram 

Flow oriented model 

Lecture 19: Flow oriented model 

Unit 3

Lecture 20 System Design Overview, Design and Quality , Design concepts 

Lecture 21 Coupling and Cohesion

Lecture 22 Pattern based software design

Lecture 23 User interface design

Lecture 24 architectural styles Part 1 |  Part 2

Unit 4: Software Testing 

http://www2.southeastern.edu/Academics/Faculty/galkadi/285/notes/Chapter13.doc

Question1

Question 2

Question 3

Question 4

Question 5

Verification and Validation

Errors Faults and Failures in Software Engineering

Software Testing Strategies

Unit Testing

Role of Drivers and Stubs in Unit Testing

Integration Testing

Top-Down and Bottom-Up Integration

Regression Testing

Validation Testing

System Testing

Acceptance  Testing 

Functional Testing

Boundary Value Analysis(BVA)  Questions

Robustness Testing

Worst Case Testing

Equivalence Class Testing  Questions

Decision Table Based Testing Questions

 Unit 5

Web Engineering 

Notes

Question 1

Question 2

Question 3

Unit 6:

https://www.tutorialspoint.com/software_engineering/software_project_management.htm

Software Reliability Introduction

Reliability Metrics(MTTF, MTBF, ROCOF), Probability of Failure in Software Engineering

Software Size Estimation 

Software Size Estimation – Theory of Function Point[FP]    Questions

Putnam Resource Allocation Model Theory   Questions 

COCOMO Model – Constructive Cost Model Introduction    Questions

COCOMO Intermediate Model Theory, Effort Adjustment Factor(EAF)

COCOMO Detailed Model  Questions

COCOMO II Application Composition Estimation - Steps for Effort Estimation

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