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Master's and Doctor of
Philosophy in Science and Engineering
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Overview
UTAR's
Master's and Doctor of Philosophy in Science and Engineering programmes
aim to prepare candidates for careers at the forefront of research,
teaching, and design in science and engineering, or for careers in
other professions in which they can apply their research training and
knowledge. The programmes seek to cultivate the curiosity, depth of
critical thinking and powers of observation that scientists exploit to
make new discoveries as well as the creativity, technical capability,
and problem solving skills that scientists and engineers employ to
bring discoveries to pragmatic reality. UTAR accomplishes these goals
through the strengths of its academic staff, its research endeavours
and industry input into the content of its programmes. Faculty staff
with extensive research experience and professional affiliations are
qualified to teach doctoral and post-doctoral levels
Master of Science and Master of Engineering Science
Through
these programmes candidates will be able to undertake significant
research studies in appropriate areas, effectively report and deliver
presentations to disseminate their research findings, perform
professional analysis, design, implementation, testing and
documentation of research development. At the same time, candidates
will learn to appreciate the complexity and discipline required to
undertake such projects. Equally important, these programmes prepare
candidates with a good understanding of the basic science/engineering
principles and provide a strong background in quantitative methods for
those who wish to further pursue doctoral programmes.
Doctor of Philosophy in Science and Doctor of Philosophy in Engineering
The
Faculty of Engineering and Science through its various departments
provide unparalleled opportunities for candidates to excel and
contribute to the rapidly growing and important fields of science and
engineering. For the Doctor of Philosophy in Science and Doctor of
Philosophy in Engineering progammes, there is a range of possible
research areas for candidates to pursue, although doctoral candidates
and their supervisors can also identify research areas that best fit
each candidate's interest.
Mode of Study : By Research
The
research-based Master and PhD in Science or Engineering entail a
specific programme of research under appropriate supervision.
Research-based programmes generally have the objective of training
candidates in research methodology and techniques, and in the critical
evaluation of the research work carried out. Candidates are also
required to apply and evaluate methodologies and techniques. The
research work produced in the form of a PhD thesis and a Master's
dissertation must display original and critical thought and be a
significant contribution to knowledge.
To
assist candidates in research methodology and techniques, candidates
are required to attend and complete the Research Methods in
Science/Engineering and Directed Readings in Science/Engineering
classes.
Duration
Master's programme :
Full-time: Minimum 1 year; Maximum 4 years
Part-time: Minimum 2 years; Maximum 6 years
PhD programme :
Full-time: Minimum 2 years; Maximum 6 years
Part-time: Minimum 4 years; Maximum 8 years
Medium of Instruction
The language of instruction and interaction is exclusively English.
Entry Requirements
* Master of Science
1. Bachelor's Degree with Honours in a relevant field of study
* Master of Engineering Science
1. Bachelor's Degree with Honours in Engineering in a relevant field of study or
2. Bachelor's Degree with Honours in Science in a relevant field of study
* Doctor of Philosophy in Science
1. Master's Degree in a relevant field of study
* Doctor of Philosophy in Engineering
1. Master's Degree in a relevant field of study
Other equivalent qualifications with relevant field of study may also be considered
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| Programme Structures |
| Master of Science
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Structure A - By Research
(Thesis) : 2 Compulsory modules (6 credit hours)
+ Thesis |
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Details of Units: |
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No. |
Unit Code |
Unit Title |
Type |
Credit Hours |
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1 |
MEGA10100 |
Thesis |
Core |
0 |
|
2 |
MEGG10203 |
Directed Readings in Engineering and Science |
Core |
3 |
|
3 |
MEGG10303 |
Research Methods in Science and Engineering |
Core |
3 |
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| Master of Engineering Science
|
Structure A - By Research
(Thesis) : 2 Compulsory modules (6 credit hours)
+ Thesis |
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Details of Units: |
|
No. |
Unit Code |
Unit Title |
Type |
Credit Hours |
|
1 |
MEGB10100 |
Thesis |
Core |
0 |
|
2 |
MEGG10203 |
Directed Readings in Engineering and Science |
Core |
3 |
|
3 |
MEGG10303 |
Research Methods in Science and Engineering |
Core |
3 |
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| Doctor of Philosophy in Science
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Structure A - By Research
(Thesis) : 2 Compulsory modules (6 credit hours)
+ Thesis |
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Details of Units: |
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No. |
Unit Code |
Unit Title |
Type |
Credit Hours |
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1 |
DEGC10100 |
Thesis |
Core |
0 |
|
2 |
DEGG10203 |
Directed Readings in Engineering and Science |
Core |
3 |
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3 |
DEGG10303 |
Research Methods in Science and Engineering |
Core |
3 |
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| Doctor of Philosophy in
Engineering
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Structure A - By Research
(Thesis) : 2 Compulsory modules (6 credit hours)
+ Thesis |
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Details of Units: |
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No. |
Unit Code |
Unit Title |
Type |
Credit Hours |
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1 |
DEGD10100 |
Thesis |
Core |
0 |
|
2 |
DEGG10203 |
Directed Readings in Engineering and Science |
Core |
3 |
|
3 |
DEGG10303 |
Research Methods in Science and Engineering |
Core |
3 |
To view progress/flow of study, please click here.
Head of Programme
Master of Engineering Science and Doctor of Philosophy (Engineering)
Dr Chong Kok Keong, PhD UTM, BSc (Hons) UM
Associate Professor, Department of Electrical and Electronic Engineering, Faculty of Engineering and Science
chongkk@utar.edu.my
Tel: 03-41079802 (ext. 139)
Master of Science and Doctor of Philosophy (Science)
Dr Leong Loong Kong, PhD UPM, BSc (Hons) UPM
Assistant Professor, Department of Chemical Engineering, Faculty of Engineering Science
leonglk@ utar.edu.my
Tel: 03-41079802 (ext. 178)
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For
Academic Staff Research Areas, please
click here |
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UTAR reserves the right to make
changes without prior notice.
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