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[PDF] Software Engineering - 4th Semester Note & Syllabus CTEVT | Diploma in Computer Engineering/IT

   Here, The Course Note and syllabus of Software Engineering at the 4th semester of the Diploma in Computer Engineering/IT CTEVT.

[PDF] Software Engineering - 4th Semester Note & Syllabus CTEVT | Diploma in Computer Engineering/IT

[PDF] Microprocessor - 3rd Semester Note & Syllabus CTEVT | Diploma in Computer Engineering/IT



The Course Note of Software Engineering is in PDF format.

Complete Notes: 
[CTEVT] 2nd Year 2nd Semester Software Engineering | Course Note/Syllabus | Diploma in Computer Engineering/IT

The Syllabus of Software Engineering at 4th Semester:
[PDF] Microprocessor - 3rd Semester Note & Syllabus CTEVT | Diploma in Computer Engineering/IT

Software Engineering

EG 2202 CT

                                                                                                                        Total:   8 hours/week

Year:  II                                                                                                         Lecture:   4 hours/week  Semester:  II                                                                                                 Tutorial: 1 hour/week

Practical: 3 hours/week Course

Course Contents:

Unit 1.

Introduction to  system analysis and design

1.1     A modern approach to systems analysis and design

1.2 System development role and responsibilities

1.3 Types of Information systems and systems development

[8]

 

1.4 Developing Information systems and the system development life cycle

 

Unit 2.

Introduction to software engineering

[5]

2.1 

Software Engineering Fundamental

        General definition

        Program versus software

        Software process

        Software characteristics

        Software applications

 

2.2

Some terminologies:

        Deliverables and milestones

        Product and process

        Measures, metrics and measurement

        Software process and product metrics

        Generic and customized software product 

 

 

2.3 

Roles of management in software development

 

People, product, process and project

 

Unit 3.

Software Development Life Cycles Models: 

3.1  Build and fix model 

3.2  The waterfall model 

3.3  Prototyping model 

3.4  Iterative enhancement model 

3.5    Spiral model 

3.6  Rapid application development model (RAD) 

3.7  Selection criteria of a lifecycle model 

[6]

Unit 4.

Software Project Management: 

4.1  Responsibilities of software project Manager

4.2   Project planning 

4.3 Metrics for project size estimation

4.4  Empirical Estimation technique

4.5  COCOMO-A heuristic estimation technique

4.6    Scheduling

4.7  Organization and team structure

4.8    Staffing

4.9  Risk Management

4.10  Software Configuration Management

[6]

Unit 5.

Software Requirement Analysis & Specification: 

5.1  Requirement engineering

5.2  Requirement elicitation

        Interviews

        Brainstorming series

        Use case approach

5.3  Requirement analysis

        Data flow diagram

        Data dictionary

        Entity-Relationship diagram

        Software prototyping

5.4  Requirement documentation

        Nature of SRS

        Characteristics of a good SRS

        Organization of SRS

[8]

Unit 6.

Software Design: 

6.1  Design concepts, importance, and objectives

6.2    Modularity

        Cohesion

        Coupling

        Relation between cohesion and coupling

6.3  Strategy of design

        Bottom-up approach

        Top-down approach

        Hybrid approach

[6]

 

 

6.4  Function oriented design

6.5  IEEE recommended practices for software design

6.6  Object-oriented design

 

Unit 7.

Software Metrics: 

7.1  Software metrics: what & why?

7.2    Token count

7.3  Data structure metrics

7.4  Information flow metrics

7.5    Metrics analysis 

[5]

Unit 8.

Software Reliability: 

8.1    Basic Concepts 

8.2    Software quality

8.3  Software reliability model

8.4  Capability maturity model (CMM)

[5]

Unit 9.

Software Testing: 

[6]

9.1 

Testing process

 

9.2 

Some important terminologies 

 

 

9.3 

Functional testing

        Boundary value analysis

        Equivalence class testing

        Decision table-based testing

        Special value testing

 

 

9.4 

Structural testing

        Path testing

        Cyclomatic complexity

        Graph metrics

        Data flow testing

        Mutation testing

 

 

9.5 

Levels of testing

 

 

9.6 

Debugging techniques, tools and approaches 

 

 

9.7 

Testing tools

 

Unit 10.

Software Maintenance: 

10.1  Introduction 

10.2  Maintenance process

10.3  Maintenance model

10.4  Estimation of maintenance costs

10.5  Regression testing 

10.6  Reverse engineering 

10.7  Software Re-engineering

10.8  Configuration management

10.9  Documentation

[5]

Practical:                                                                                                                  [45]

The practical should contain all features mentioned above.


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