Projek Sarjana Muda (PSM) / Final Year Project (FYP) Tajuk : REQUIREMENT TRACEABILITY OF ECAMPUS SYSTEM OF INTEGRATED UNIVERSITY MANAGEMENT SYSTEM FORUNIVERSITI ISLAM MALAYSIA

1. SUPERVISOR’S NAME:
DR. MUHAMMAD RAZIB BIN OTHMAN
NURUL NAEMAH BINTI ARIEPIN
A11CS0023
B. Comp. Sc. (Bioinformatics)-to be
PROJECT BIOINFORMATICS 1 (PSM1)

2. PROJECT BIOINFORMATICS 1 (PSM1)

3. “Requirement traceability matrix is a document,
usually in the form of a table used to trace between
user requirements on the system to the system
products, such as design documents, source code and
test cases.”.
Requirements Traceability (RT)
PROJECT BIOINFORMATICS 1 (PSM1)

4.  Forward traceability: Maps requirements to test cases.
 Backward or reverse traceability: Maps test cases to
requirements.
 Bi-directional traceability (Forward +
Backward): Analyzes the impact of a change in
requirements defect in a work product and vice versa.
Types of Traceability Matrix:
PROJECT BIOINFORMATICS 1 (PSM1)

5.  Use to apply the course registration online
including Course Work, Short Course, Research
and Seminar.
 Student can also upload their research update
and view their schedule.
eCAMPUS
PROJECT BIOINFORMATICS 1 (PSM1)

6.  Problem to overcome by this project is to use
requirement traceability method chosen to track the
requirements and to check if the current project
requirements are compatible with user requirements
recorded before the system’s development begin.
Statement of Problem
PROJECT BIOINFORMATICS 1 (PSM1)

7.  To study and understand the use and function of
Requirement Traceability process for integrated
university management system in UIM.
 To choose one of Requirement Traceability method
and practice in integrated university management
system in UIM.
 To analyze and ensure that the system product meet
the user requirements.
Objectives
PROJECT BIOINFORMATICS 1 (PSM1)

8.  The target users are all users of eCAMPUS system
including students and staff related. Can be access on
all web browsers.
 eCAMPUS system only covers the environment and
region in Univesiti Islam Malaysia’s portal and
integrated university management system of UIM.
 Cover only two module of eCAMPUS system:
Admission & Application.
Scopes of Project
PROJECT BIOINFORMATICS 1 (PSM1)

9.  Begin to display Log Activity after students create
account in eCAMPUS system.
 Two Application Type, New Application and Ready
Application.
 New Application is for students that need to register
new account. Ready Application is for students that
had been created their account.
Application Module
PROJECT BIOINFORMATICS 1 (PSM1)
- Enter some personal detail,
- Submit, receive activation email
- Direct to Application form – provide
some support documents
- Submit, receive activation email to
confirm application submission

10.  Staff related will check the application of students.
And will inform the students if application not
completed.
 Students whose application incomplete, receive
notification email and resubmit the application.
 Academic Unit can either reject the application and
give reject letter or accept and generate offer letter.
Academic Unit can also generate re-offer letter for
case of deferment.
Admission
PROJECT BIOINFORMATICS 1 (PSM1)

11. Application & Admission in
eCAMPUS system
PROJECT BIOINFORMATICS 1 (PSM1)

12.  Ramesh suggested that traceability has been an important
concept in improving the system engineering processes.
 Traceability - important in interpreting customer requirements,
proving the system does exactly as wanted and creating
subcontracts using RT information as a basis of them.
 Institute of Electrical and Electronics Engineering (IEEE) in
developing System Requirements Specifications lists
traceability as one of the four properties that requirements
should have and in Recommended Practice for Software
Requirements Specifications recommends that the
requirement should be traceable to its origin and facilitate
future referencing.
 U.S. DoD (Department of Defense) standard 2167A insists that a
requirement should be traceable to the product baseline.
Benefits and Motivation of
Requirement Traceability
PROJECT BIOINFORMATICS 1 (PSM1)

13. PROJECT BIOINFORMATICS 1 (PSM1)

14. Research Framework
PROJECT BIOINFORMATICS 1 (PSM1)
PHASE 1: LITERATURE REVIEW PHASE
• Collect data and resources that related in this research
• Study and understand the contents of resources on existing
algorithms, methods and tools
• Identify problems, goal, objectives and scopes of study
• Collect dataset
PHASE 2: DEVELOPMENT PHASE
• Implementing the Extension Features- Driven Use Case Model (e-
FDUCM) using the method algorithm.
• Test the feasibility of the method algorithm on module of Admission
and Application in eCAMPUS system.
PHASE 3: RESULTS AND EVALUATION PHASE
• Evaluate the results of this research and discuss if this research does
the job of ensure that the system meet the user requirement.
• Discuss the Requirement Traceability method.

15. Features-Driven Use Case
Model (FDUCM)
PROJECT BIOINFORMATICS 1 (PSM1)

16. Features-Driven Use Case
Model (FDUCM)
PROJECT BIOINFORMATICS 1 (PSM1)
 FDUCM only provides the forwards RT: from
user requirements to functional requirements.
The backwards RT which from requirements to
artifacts is not considered in the model.
 For resolving this problem, FDUCM was
extended and transformed to e-FDUCM

17. Extension of Features-Driven
Use Case Model (e-FDUCM)
PROJECT BIOINFORMATICS 1 (PSM1)

18. Extension of Features-Driven
Use Case Model (e-FDUCM)
PROJECT BIOINFORMATICS 1 (PSM1)
Traceability relationship define as matrix M=(mij)m×n :

19. Extension of Features-Driven
Use Case Model (e-FDUCM)
PROJECT BIOINFORMATICS 1 (PSM1)
Traceability Strategy :
 Identify the set of traceability types required to
define our traceability items.
 Identify the valid traceability relationships between
these traceability types.
 Identify the attributes required by the traceability
items to enable effective requirements management
for the project.
 Build traceability relationship table or traceability
relationship matrix to implant the RT.

20. PROJECT BIOINFORMATICS 1 (PSM1)

21. FUTURE WORKS
PROJECT BIOINFORMATICS 1 (PSM1)

22. EXPECTED RESULT
PROJECT BIOINFORMATICS 1 (PSM1)
 The most important benefit of the requirement
traceability to be implement in this project is to
check either the system is compatible with user
requirement or not.
 This project suggests that extension of Features-
Driven Use Case Model (e-FDUCM) as the best
method to implement as the algorithm is easiest
and simplest but the effectiveness still is proven.
 This research on requirement traceability also will
make benefit to eCAMPUS system and also other
system to implement as this research describe
briefly the procedures, steps and strategy of the
method.

23. APPRECIATION TO :
 MY SUPERVISOR @ ACADEMIC ADVISOR
 PSM COORDINATOR & EXAMINERS
 ALL THE PSM ORGANIZATION’S STAFF
 ALL THE HELPFUL STAFF AT GATES IT
SOLUTION
 FAMILY & FRIENDS
THANK YOU…..
THE END
PROJECT BIOINFORMATICS 1 (PSM1)