IT 205 Software Engineering

7/28/2019 IT 205 Software Engineering

1/8

Republic of the PhilippinesNOTRE DAME OF SALAMAN COLLEGE

College of Information TechnologyLebak, Sultan Kudarat

COURSE SYLLABUS IN IT 2052nd Semester S.Y. 2013-2014

Course No. : IT 205Course Title : Software EngineeringNo. of Units : 3 unitsNo. of Weeks : 19 WeeksPre-requisite:________

Course Description:

Software Engineering is the branch of computer science that creates practical, cost-effective solutions to computing and

information processing problems, preferentially by applying scientific knowledge developing software systems in the service of

mankind.

General Objective:

As the college of higher learning in the region, Notre Dame of Salaman College shall continuously offer relevant and quality

education for manpower and sustainable development of its resources.

Course Objective:

At the end of this course, students should be able to:

1. To promote consistent view of software engineering worldwide2. To clarify the place-and set the boundary-of software engineering with respect to other disciplines such as computer science,

project management, computer engineering and mathematics.

3. To characterize the contents of software engineering discipline.4. To provide a top0ical access to the software engineering body of knowledge.


2/8

5. To provide a foundation for curriculum development and for individual certification and licensing material.

Course Content and Methodology:

Topics/Outline Objectives Activities/Strategies

EvaluationDate/Month

1. Introduction To SoftwareEngineering

- Software engineering

- What is a recognizedprofession?

- What are the characteristicsof a profession?

- What are the objectives of asoftware engineering body ofknowledge? Software engineering

knowledge areas

2. SoftwareRequirements

- Software requirementsfundamentals

o Requirements

process

Requirements

elicitation

Requirements

analysisRequirements

specification

o Introduce software engineering

and explain its importance.

o To introduce ethical and

professional issues and to explainwhy they are of concern tosoftware engineers.

o Define the KAs of software and an

overview of its scope and of itsrelationships with other KAs.

o Express the needs and

constraints placed on a softwareproduct that contribute to thesolution of some real-worldproblem.

- Lectures- Reporting- Group Discussion- Demonstration


- ClassParticipation

- Quiz- Written Exam- Oral/Actual Exam


- Quiz

-

Written Exam- Oral/Actual Exam

Week 1-2

Week 3-4


3/8

Requirements

validation

3. Software Design

- Software design

fundamentals

o Key issues in software design

o Software Structure and

architecture

o Software design quality analysis

and

o evaluation

o Software design

notations Softwaredesign strategies andmethods

4. Software Construction

- Software constructionfundamentals

Managing construction

5. software

- Testing Software TestingFundamentalso Test levels

o

Test techniqueso Test related measures

o Test process

o Define design as a process of

architecture, components,interfaces, and othercharacteristics of a system orcomponent, and the result

o Create working, meaningful

software through a combinationof coding, verification, unit

testing, integration testing, anddebugging

o Perform testing for evaluating

product quality, and forimproving it, by identifyingdefects and problems.




- Lectures- Reporting


-

Quiz- Written Exam- Oral/Actual Exam




- Quiz-


Week 5-6

Week 7

Week 8

Week 9


4/8

6. Software Maintenance

- Software maintenance

fundamentals Key issues insoftware maintenance process

- Techniques for maintenance

7. Software ConfigurationManagement

- Management of the FCMprocess Software configuration

identification Softwareconfiguration control Software

configuration status accounting

-

Software configurationauditing Software releasemanagement and delivery

8. Software EngineeringManagement

- Initiation and scope

definition Software

project planning

Software project

enactment Review and

evaluation Closure- SW Engineering Measurement

o Provide cost-effective support to

software.

o Identify the configuration of

software at distinct points intime for the purpose ofsystematically controllingchanges to the configurationand of maintaining theintegrity and traceability ofthe configuration throughoutthe system life cycle.

o Address the management and

measurement of softwareengineering.

- Group Discussion- Demonstration

-

Lectures- Reporting- Group Discussion- Demonstration

- Lectures

-

Reporting- Group Discussion- Demonstration




-

ClassParticipation



Week 10-11

Week 12-13

Week 14-15


5/8

9. Software EngineeringProcess

- Process implementation and

change- Process definition

- Process assessment

- Process and product measurement

10.Software Engineering ToolsAnd Methods

- Software engineering tools

- Software engineering methods

11.Software Quality

- Software quality fundamentals

- Software qualitymanagement processes

o Examine the software engineering

process.o Assist the software life cycle

processes impose structure onthe software engineeringactivity.

o Define software quality and itsImportance.

o Identify the disciplines with which

software engineering shares a

common boundary.

o Assist the software life cycle

processes impose structure onthe software engineeringactivity.

o Define software quality and its

Importance.

- Group Discussion- Demonstration



-

Group Discussion- Demonstration

- Lectures- Reporting-

Group Discussion- Demonstration



- Quiz- Written Exam

-

Oral/Actual Exam


-

Quiz- Written Exam- Oral/Actual Exam

Week 16

Week 17

Week 18-19


6/8

12.Related Disciplines Of SoftwareEngineering

- Computer

engineering

Computer scienceManagement

Mathematics

- Project management Quality

management Software ergonomics

Systems engineering

o Identify the disciplines with which

software engineering shares acommon boundary.




- Quiz

-


TOTAL 19 Weeks


7/8

References:

Guide to Software Engineering Body of Knowledge,2004 version. IEEE Computer Society.

Computing Curricula 2005: Guidelines for Associate-Degree Transfer Curriculum in Software.The ACM Two-Year CollegeEducation Committee and the Joint Task Force on Software Engineering, Association for Computing Machinery and IEEEComputer Society. Page 3-4. August 2005.

Grading System Measures: % Equivalents

1. Quizzes - 15%2. Minor Exams - 15%3. Class Participation - 5%4. Examination - 50%5. Lab Exercises/Projects - 15%

Total - 100%

Prepared: Noted:

MARLON B. QUINTO ARCHELLE D. OCTAVIANO

I.T. Instructor Info. Tech Department Head


8/8

Approved:

DANILO D. LAGO

College Dean

Documents

IT 205 Software Engineering