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software engineering - Syllabus | TABFlux

Software Engineering

Software engineering is the systematic, disciplined, and quantifiable approach to the development, operation, and maintenance of software. It applies engineering principles to create high-quality, reliable, and efficient software systems on time and within budget, covering the entire lifecycle from initial requirements to final maintenance.

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Software Engineering

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Course Title: Software Engineering

Course No: IT 224

Nature of the Course: Theory + Lab

Semester: 6

Credit Hours: 3

Course Description

Course Objectives

Course Contents

1. Introduction

3 hrs

1.1. Professional software development

1.2. Software engineering ethics

1.3. Case studies

2. Software processes

3 hrs

2.1. Software process models

2.2. Process activities

2.3. Coping with change

2.4. The rational unified process

3. Agile Software development

5 hrs

3.1. Agile methods

3.2. Plan-driven and agile development

3.3. Extreme programming

3.4. Agile project management

3.5. Scaling agile methods

4. Requirements engineering

5 hrs

4.1. Functional and non-functional requirements

4.2. The software requirements document

4.3. Requirements specification

4.4. Requirements engineering processes

4.5. Requirements elicitation and analysis

4.6. Requirements validation

4.7. Requirements management

5. System modeling

4 hrs

5.1. Context models

5.2. Interaction models

5.3. Structural models

5.4. Behavioral models

5.5. Model-driven engineering

6. Architectural design

5 hrs

6.1. Architectural design decisions

6.2. Architectural views

6.3. Architectural patterns

6.4. Architectural architectures

7. Design and implementation

6 hrs

7.1. Object oriented design using the UML

7.2. Design patterns

7.3. Implementation issues

7.4. Open source development

8. Software testing

4 hrs

8.1. Development testing

8.2. Test-driven development

8.3. Release testing

8.4. User testing

9. Software evolution

3 hrs

9.1. Evolution processes

9.2. Program evolution dynamics

9.3. Software maintenance

9.4. Legacy system management

10. Sociotechnical systems

3 hrs

10.1. Complex systems

10.2. Systems engineering

10.3. System procurement

10.4. System development

10.5. System operation

11. Dependability and security

3 hrs

11.1. Dependability properties

11.2. Availability and reliability

12. Dependability and security specifications

4 hrs

12.1. Risk-driven requirements specification

12.2. Safety specification

12.3. Reliability specification

12.4. Security specification

12.5. Formal specification

Text Books

1.Software engineering, Ian Sommerville, ninth edition

Reference Books

1.A software engineering approach to labVIEW, Jon Conway
2.Software engineering: A Practitioner's Approach, Roger Pressman
3.Software Engineering Best Practices: lessons from successful Projects in the top companies, Capers Jones

Notes:

Source:

Introduction, software processes, Agile Software development, Requirements Engineering, System modeling, Architectural Design, Design and Implementation, Software testing, Software evolution, Sociotechnical Systems, Dependability and Security, Dependability and Security Specifications

This module aims to introduce students with problems in large-scale software production. It should be associated with laboratory experiments to augment the concepts taught in the class.

This syllabus follows the official BIM curriculum of Tribhuvan University. In case of any doubt or revision, the university's published syllabus shall be considered authoritative.https://itcollegenepal.com/bachelor-in-information-management-syllabus/