Master in Science in Information and Communication Technology

Program Code

Master of Science in Information and Communication Technology (R2-DL/482/7/0016/B) (03/26) (MQA/FA0354) Online, Structure B

Master of Science in Information and Communication Technology (R2-DL/482/7/0016/C) (03/26) (MQA/FA0354) Online, Structure C

Master of Science in Information and Communication Technology (R2/482/7/0130/B) (04/26) (MQA/FA0800) On Campus, Structure B

Master of Science in Information and Communication Technology (R2/482/7/0130/C) (04/26) (MQA/FA0800) On Campus, Structure C

 

Master in Science in Information and Communication Technology
Program Educational ObjectivesProgram Learning OutcomesEntry Requirements

 

PEO1: Provide excellent career opportunities by offering high-level coverage of ICT principles and an appreciation of the emerging issues and technologies in the field, together with specific competencies in networking and telecommunication

PEO2: Prepare students for advanced research and knowledge at Doctoral level or at any research career

PEO3: Produce professionals equipped with advanced skills, techniques and knowledge in the ICT field

PEO4: Expand the students’ knowledge with a balance of theory and advanced practical skills

 

 

PLO1: Utilize scientific research methods to acquire, interpret and extend knowledge in the field of ICT in general and in the chosen topic in particular

PLO2: Acquire and make use of the knowledge concerning current research issues in an ICT topic to positively contribute to the domain of the selected topic

PLO3: Design usable, efficient and effective solutions to an ICT matter of concern based on proper analyses

PLO4: Develop and/or use the appropriate skills/tools to analyze the performance and evaluate the usability, efficiency and effectiveness of the proposed solutions

PLO5: Communicate and function effectively in a team

PLO6: Use references and citation without plagiarism; report and effectively present quantitative and qualitative research findings

PLO7: Demonstrate awareness of issues relating to the society and humanity; and act according to the codes of professional ethics and responsibilities

PLO8: Demonstrate entrepreneurship and managerial skills, as well as in sights into the enabling nature of the gained key (transferable) skills in other work environments and the range of opportunities within and outside the field

 

 

General Requirements

STRUCTURE B

  1. A Bachelor’s degree (Level 6, MQF) in Computing or related fields with a minimum CGPA of 2.75, as accepted by the HEP Senate; OR
  2. A Bachelor’s degree (Level 6, MQF) in Computing or related fields with a minimum CGPA of 2.00 and not meeting a CGPA of 2.75 can be accepted subject toa thorough rigorous assessment as determined by the HEP; OR
  3. A Bachelor’s degree (Level 6, MQF) in Non-Computing field with a minimum CGPA of 2.50 can be accepted subject to a thorough rigorous assessment as determined by the HEP to identify the appropriate prerequisite courses that equivalent to their working experience in the Computing or related fields; OR
  4. A Bachelor’s degree (Level 6, MQF) in Non-Computing fields with a minimum CGPA of 2.50 can be accepted subject to appropriate prerequisite courses; OR
  5. Other qualifications equivalent to a Bachelor’s degree (Level 6, MQF) in Computing or related fields recognised by

 

STRUCTURE C

  1. A Bachelor’s degree (Level 6, MQF) in Computing or related fields with a minimum CGPA of 2.50, as accepted by the HEP Senate; OR
  2. A Bachelor’s degree (Level 6, MQF) in Computing or related fields with a minimum CGPA of 2.00 and not meeting a CGPA of 2.50 can be accepted subject to a thorough rigorous assessment as determined by the HEP; OR
  3. A Bachelor’s degree (Level 6, MQF) in Non-Computing field with a minimum CGPA of 2.00 can be accepted subject to a thorough rigorous assessment as determined by the HEP to identify the
    appropriate prerequisite courses that equivalent to their working experience in the Computing or related fields; OR
  4. A Bachelor’s degree (Level 6, MQF) in Non-Computing field with a minimum CGPA of 2.00 can be accepted subject to appropriate prerequisite courses; OR
  5. Other qualifications equivalent to a Bachelor’s degree (Level 6, MQF) in Computing or related fields recognised by the Government of Malaysia must fulfil the requirement on item 1 or 2.

 

Language Requirements – For International Students

Where the medium of instruction of a course is English and if applicant’s first language is other than English, applicants are required to obtain a score of either:
English language proficiency exam with a minimum overall band score of :
– Band 4 in MUET or equivalent to CEFR (Low B2).
– 46 in TOEFL or
– 5.5 in IELTS.

 

Curriculum Content and Structure B
Semester 1Semester 2Semester 3Semester 4Elective Subject
Code Name Class Credit hours
 GNET5014  Software and Database in Data Communication Network  CORE 4
 GNET5023  Networks and Routing  CORE 3
 –  Elective  ELECTIVE 3
Total credit hour 9
Code Name Class Credit hours
 GMET5073  Research Methodology  CORE 3
 GICT5023  Open Source for the Enterprise  CORE 3
 –  Elective  ELECTIVE 4
Total credit hour 10
Code Name Class Credit hours
 GICT5018  Dissertation 10
Total credit hour 10
Code Name Class Credit hours
GICT5018 Dissertation 10
Total credit hour 10
Code Name Class Credit hours
GCPS5014  Semantic Web Programming ELECTIVE 4
GICT5013 Internetworking Technologies ELECTIVE 3
GSEC5014 Network Security ELECTIVE 3
GICT5034 Professional Issues in ICT ELECTIVE 3
GNET5033 Telecommunications and Data Communications ELECTIVE 3
GCPS5033 E-learning strategies and technologies  ELECTIVE 3
GCPS5043 Usability Engineering ELECTIVE 3
GCPS5053 Electronic Government Strategies and Implementation ELECTIVE 3
GMMD5013 Multimedia Networking ELECTIVE 3
Curriculum Content and Structure C
Semester 1Semester 2Semester 3Semester 4Elective Subject
Code Name Class Credit hours
GNET5014 Software and Database in Data Communication Network CORE 4
GMET5073 Research Methodology CORE 3
Total credit hour 9
Code Name Class Credit hours
GNET5033 Internetworking Technologies CORE 3
GICT5023 Open Source for the Enterprise CORE 3
GNET5023 Networks and Routing CORE 3
ELECTIVE ELECTIVE 3
Total credit hour 12
Code Name Class Credit hours
GSEC5014 Network Security CORE 4
GICT5034 Professional Issues in ICT CORE 3
ELECTIVE ELECTIVE 4
Total credit hour 11
Code Name Class Credit hours
GICT5044 Project  PROJECT 10
Total credit hour 10
Code Name Class Credit hours
GCPS5014 Semantic Web Programming 4
GCPS5023 Electronic Enterprise: Strategy and Architecture 3
GMMD5013 Multimedia Networking 3
GNET5033 Telecommunications and Data Communications 3
GCPS5033 E-learning strategies and technologies 3
GCPS5043 Usability Engineering 3
GCPS5053 Electronic Government Strategies and Implementation
Study PeriodAccreditationTuition Fees

Structure B:

Workload Duration
Full Time 3 – 6 Semesters (1.5 – 3 Academic Years)
Part Time 4 – 8 Semesters (2 – 4 Academic Years)

Structure C:

Workload Duration
Full Time 3 – 6 Semesters (1.5 – 3 Academic Years)
Part Time 4 – 8 Semesters (2 – 4 Academic Years)

This program is accredited by Ministry of Education Malaysia (MOE) and Malaysia Quality Assurance (MQA). Accreditation reference numbers are as follows:

On-Campus  On-Line 
MQA/PA0800/OC MQA/PA0354/OL

 

Tuition fees in Malaysian Ringgit:
Structure B:

Learning Mode Workload Local Student Foreign Student

Structure C:

Learning Mode Workload Local Student Foreign Student

Note

  • This fees is excluded the Visa Fees and University Bond for the international students enrolled in On Campus learning mode.
  • Visa Fees & University Bond is around RM5120, it depends on the student citizenship.
  • All fees are subject to change at the University’s discretion.