TENTATIVE PROGRAMME STRUCTURE (FULL TIME)

Year 1 Year 2

Sem I Sem II Sem I

MKMM 1903 Research Methodology

0

UHP or UHW University Elective

3

MMJ1010 Graduate Seminar 0 MKMM 1914 Project I 4 MKMM 2916 Project II 6

Core + Electives (Total 4)

12 Core + Electives (Total 4)

12 Elective (Total 1) 3

Total 15 16 9

TENTATIVE PROGRAMME STRUCTURE (PART-TIME — WEEKEND PROGRAMME)

Year 1 Year 1

Sem I Sem II Sem III Sem I Sem II Sem III

Core + Electives (Total 3)

9 Core +

Electives (Total 3)

9 MKMM 1903

Research Methodology

0 Core +

Electives (Total 2)

6 Core or Elective (Total 1)

3

Uxxx xxx3 University

Core 3

MKMM 1914

Project I 4

MKMM 2916

Project II 6

Total 9 9 3 6 7 6

Malaysian **International

Master Full Time Part Time*** Full Time

(3-6 semesters) (4-8 semesters) (3-6 semesters)

Taught Course RM9,310.00 RM8,230.00 RM22,285.00

Research RM8,210.00 RM7,430.00 RM18,935.00

Malaysian **International

Doctor of Philosophy Full Time Part Time Full Time

(6-12 semesters) (8-14 semesters) (6-12 semesters)

Research RM15,770.00 RM14,210.00 RM37,220.00

* Fees for international applicants does not inclu de the Personal Bond & Medical Check-up ** Fees for part-time weekday programme

Penang : RM28, 000 – RM 31,000 for 4 semesters

Kuala Lumpur: RM 24,000 – RM 28,000 for 4 semesters

Johor Bahru : RM 18,000 – RM 20,000 for 4 semest ers

Note : Fees are subject to changes.

FEES

Faculty of Mechanical Engineering, Universiti Teknologi Malaysia,

81310 UTM Skudai, Johor, Malaysia.

Tel: +607 555 7042 / 7061 / 7062 Fax: +607 5566159

Email: kjil@fkm.utm.my / tdekan1@mail.fkm.utm.my

Website: web1.fkm.utm.my

We provide excellent facilities for the undergraduate and postgraduate teachings. Most of these facilities are developed and designed for postgraduate-level research activities.

FACILITIES

Information on procedures, regulations and application form can be obtained from the School of Graduate Studies website http://www.sps.utm.my.

DURATION

ADMISSION REQUIREMENT

GRADUATION REQUIREMENT

Students must obtain a minimum grade of B minus (60%) for each subject and an overall average of B (65%) to graduate. Students are required to complete a minimum of 40 credit of which 3 credits are university compulsory course, 9 credits are the core mechanical engineering course, 10 credits are the master project and the remaining 18 credits are electives that would make up the area of specialization.

APPLICATION

PROGRAMME OBJECTIVE

The aim of this programme is to provide an opportunity for applied scientists and engineers to pursue an in-depth study beyond the undergraduate level in the broadly based mechanical engineering discipline, which is essential to technological developments.

Institute of Noise and Vibration Mechanics of Materials Laboratory Material Science Laboratory Thermodynamics Laboratory Fluid Mechanics Laboratory Computer-Aided Design/Engineering (CAD/CAE) Laboratory Automotive Development Centre (ADC)

Machine Shop and Foundry Computer & IT Laboratory Mechanics of Machines and Vibra-tion Laboratory Control and Industrial Automation Laboratory Metrology Laboratory Centre for Composites

The full-time program can be completed in a minimum of one year, i.e. normal long semesters and one short semester. The maximum period for the completion of the full-time program is six normal semesters (nominally 3 years). The maximum duration allowed for part-time students is 8 normal semesters (nominally 4 years).

The normal requirement for admission to the program is a four-year bachelor degree recognized by the university in either engineering or sciences with a minimum overall grade point average of 3.0 or equivalent. Students applying for admission with a grade point average of less than 3.0 but with relevant professional experience may however be considered.

TENTATIVE PROGRAMME STRUCTURE

* Elective courses are offered based on availabilit y of staff and facilities.

SUBJECTS* Total Credits

University Core (1 Course Only) UHAP 6013 Development & Global Issues UHAW 6023 Science Philosophy & Social Development (or other courses Uxxx xxx3)

3

Compulsory Core Subjects MKMM 1213 Advanced Engineering Mathematics MKMM 1223 Instrumentation, Measurement & Control MKMM 1903 Research Methodology

9

Specialisation – choose 18 credits from the followi ng fields MKMM 1113 Computational Method for Engineers Independent Study/Special Topic MKMM 2543 Independent Study/Special Topic I MKMM 2553 Independent Study/Special Topic II Solid Mechanics MKMM 1133 Fatigue and Fracture Mechanics MKMM 1153 Computational Methods in Solid Mechanics MKMM 1163 Advanced Engineering Materials MKMM 1183 Elasticity and Plasticity MKMM 2123 Plates, Shell and Pressure Vessels MKMM 2143 Composite Structures MKMM 2153 Structural Reliability Engineering Design MKMM 1543 CAD Application MKMM 1553 Optimisation in Engineering Design MKMM 2513 Engineering Design MKMM 2543 Graphics in CAD MKMM 2553 Virtual Reality Programming for Engineers System Dynamics & Control MKMM 1233 Acoustics MKMM 1243 System Modelling and Simulation MKMM 1253 Advanced Industrial Automation MKMM 1283 Vibration Control and Instrumentation MKMM 1293 Structural Dynamics MKMM 2213 Adaptive and Intelligent Control System MKMM 2243 Robot System and Control MKMM 2253 Advanced Control Engineering MKMM 2283 Mechatronic System Design MKMM 2293 Vehicle Dynamics and Control Thermofluids MKMM 1313 Advanced Fluid Mechanics MKMM 1323 Compressible Flow MKMM 1333 Computational Fluid Dynamics (CFD) MKMM 1413 Advanced Engineering Thermodynamics MKMM 1423 Energy Management MKMM 1433 Advanced Heat Transfer MKMM 1443 Advanced Combustion MKMM 1453 Sustainable Energy Technology MKMM 1463 Computational Heat Transfer MKMM 2413 Thermo Fluid Measurement and Diagnostic MKMM 2443 Internal Combustion Engines Free Elective Students are allowed to take a graduate – level subject (3 credits) from any engineering faculty as a free elective.

18

Master Project MKMM 1914 Master of Engineering Project I MKMM 2926 Master of Engineering Project II

4 6

Total Credits 40