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1. Software Engineering
21AMMAT5030
A.BARANIDHARAN M.E.,(Ph.D)
Assistant Professor / CSE

2. OVERVIEW
 What is Software Engineering?
 What is the need to study?
 Contribution towards growth
 Why Software Engineering?
 Opportunities
 Overview of subject
 Innovative Teaching Methodology
 Software life cycle a quick glance -video
 Course Objectives
 Course Outcomes
 Text book and Reference
21AMMAT5030 - SOFTWARE ENGINEERING

3. What is Software Engineering ?
 Software engineering is a
detailed study of engineering
to the design, development
and maintenance of software.
 Software engineering is all
about the development and
maintenance of software.
 The objective of software
engineering is to produce
high-quality software.
 Ex: - mobile apps, games
21AMMAT5030 - SOFTWARE ENGINEERING

4. Need of Study ?
 When studying software development, you will study the
scientific and mathematical basis of computer software
 We will learn a number of different programming
languages
 We will Learn how to design, analyze, and maintain
software.
 It also helps us to develop more general skills, such as:
verbal communication, to work as part of a team.
21AMMAT5030 - SOFTWARE ENGINEERING

5. Contribution Towards Growth
 Keeping the wheels of modern life spinning
 Developing new technology to save lives
 Developing product that saves time
 Keeping our data safe and secure online
 Connecting people
 Encouraging entrepreneurship
 Making day-to-day life far easier
 Providing entertainment
21AMMAT5030 - SOFTWARE ENGINEERING

6. Why Software Engineering ?
It is the basic of any
Software Development
It helps your application to
do a quick, efficient, and
effective fixation when a
breakdown occurs
It is one and only that
understand the needs of a
customer and develop the
software
21AMMAT5030 - SOFTWARE ENGINEERING

7. OPPORTUNITIES
Applications developer.
Cyber security analyst.
Game developer.
Information systems manager.
IT consultant.
Multimedia programmer.
Web developer.
Web designer.
21AMMAT5030 - SOFTWARE ENGINEERING

8. OVERVIEW
21AMMAT5030 - SOFTWARE ENGINEERING

9. Innovative Teaching
Customized Teaching
Access Resources
Use Professional Tools
Connect and Participate Globally
Increase Feedback and Assessment.
21AMMAT5030 - SOFTWARE ENGINEERING

10. Role of a Software Engineer
https://www.youtube.com/watch?v=i-QyW8D3ei0&t=22s
21AMMAT5030 - SOFTWARE ENGINEERING

11. COURSE OBJECTIVES
CO 1 To explore the fundamental concepts of software engineering
CO 2 To develop skills to analyze and document requirements
CO 3 To understand the software design principles
C0 4 To know the different testing strategies
CO 5 To learn the software project management principles
21AMMAT5030 - SOFTWARE ENGINEERING

12. COURSE OUTCOMES
CO 1 Define and develop a software project from requirement gathering
to implementation.
CO 2 Obtain knowledge about principles and practices of software
engineering
CO 3 Focus on the fundamentals of software project
C0 4 Focus on modeling a software project
CO 5 Obtain knowledge about estimation and maintenance of software
systems
21AMMAT5030 - SOFTWARE ENGINEERING

13. Platforms to Learn Easily
21AMMAT5030 - SOFTWARE ENGINEERING

14. TEXTBOOK
T1 Software engineering A practitioner’s Approach, Roger S. Pressman,
Seventh Edition McGrawHill International Edition.
T2 Fundamentals of Software Engineering, Third Edition, Rajib Mall,
PHI.
T3 Software Engineering, Ian Sommerville, Ninth edition, Pearson
education
T4 Software Engineering, Concepts and Practices, Ugrasen Suman,
Cengage Learning
21AMMAT5030 - SOFTWARE ENGINEERING

15. REFERENCE
R1 Software Engineering A Primer, Waman S Jawadekar, Tata McGraw-
Hill, 2008
R2 Software Engineering, A Precise Approach, Pankaj Jalote, Wiley
India, 2010.
R3 Software Engineering, Principles and Practices, Deepak Jain, Oxford
University Press
R4 Software Engineering1: Abstraction and modeling, Diner Bjorner,
Springer International edition, 2006.
R5 Software Engineering concepts, R. Fairley, TMH.
21AMMAT5030 - SOFTWARE ENGINEERING