CSE320 : Software Engineering CA (Set A and Set B) Class Test Lovely Professional University

Course Outcomes:

• Plan and deliver an effective software engineering process, based on knowledge of widely

used development life cycle models.

• Construct implementable design from requirement specification, following a structured

and organised process.

• Translate a requirements specification into an implementable design, followin

• Formulate a testing strategy for a software system, employing test case design techniques such as functional and structural testing. 
• Analyze project including planning, scheduling, estimation and configuration management.
 • Read current trends in the area of software engineering. 

CSE320 : Software Engineering CA Question Paper (Set A )

CSE320 : Software Engineering CA Question Paper (Set B )

CSE320:SOFTWARE ENGINEERING SYLLABUS

---

Unit I

Introduction to software engineering : Evolution and impact of software

engineering, Software life cycle models, Waterfall model, Prototyping model,

Evolution and spiral models, Feasibility study, Functional and non-functional

requirements, Requirement gathering, Requirement analysis and specification

Unit II

Issues in software design : Basic issues in software design, Modularity, Cohesion,

Coupling and layering, Function oriented software design, Data flow diagram and

structure chart

Unit III

Object modelling : User interface design, unified process, Object modelling using

UML, use case model development, Coding standards and code review techniques

Unit IV

Testing : Fundamentals of testing, Black box testing techniques, White box testing

techniques, Levels of testing, Test cases

Introduction to selenium : Feature of selenium, Versions of selenium, Record and

play back

Unit V

Software project management : Project managment, Project planning and control,

Cost estimation, Project scheduling using PERT and GANTT charts, Software

configuration management

Unit VI

Quality management : Quality management, ISO and SEI CMMI, PSP and six

sigma, Computer aided software engineering, Software maintenance, Software reuse,

Component based software development

Advance techniques of software engineering : Agile development methodology,

Scrum, Aspect oriented programming, Extreme Programming, Adaptive software

development, Rapid application development (RAD), Software coloning

Text Books:

1. FUNDAMENTALS OF SOFTWARE ENGINEERING by RAJIB MALL, PRENTICE HALL

References:

1. SOFTWARE ENGINEERING by IAN SOMMERVILLE, PEARSON

2. SOFTWARE ENGINEERING:A PRACTITIONER APPROACH by ROGER S.PRESSMAN,

MCGRAW HILL EDUCATION

3. SOFTWARE ENGINEERING FUNDAMENTALS by ALI BEHFOROOZ AND

FREDERICKS J. HUDSON, OXFORD UNIVERSITY PRESS