WHAT YOUR COURSE WILL LOOK LIKE 1
YEAR 1 |
UNITS |
|
|
|
Semester 1 24 Credit points |
ENG1012 Engineering design 6 Credit points |
ENG1013 Engineering smart systems 6 Credit points |
ENG1005 Engineering mathematics 6 Credit points |
Elective 6 Credit points |
Semester 2 24 Credit points |
ENG1011 Engineering methods 6 Credit points |
ENG1014 Engineering numerical analysis 6 Credit points |
ENG2801 Leadership and innovation 6 Credit points |
Elective 6 Credit points |
YEAR 2 |
UNITS |
|
|
|
Semester 1 24 Credit points |
MTE2101 Atomic-scale structure of materials 6 Credit points |
MTE2102 Phase equilibria and phase transformations 6 Credit points |
MTE2103 Mechanical properties of materials 6 Credit points |
Elective 6 Credit points |
Semester 2 24 Credit points |
MTE2202 Functional materials 1 6 Credit points |
MTE2201 Polymers 6 Credit points |
ENG2005 Advanced engineering mathematics 6 Credit points |
Elective 6 Credit points |
YEAR 3 |
UNITS |
|
|
|
Semester 1 24 Credit points |
MTE3103 Materials life cycle 6 Credit points |
MTE3102 Plasticity of metals and alloys 6 Credit points |
MTE3101 Materials in a complex world 1 : People , projects and data 6 Credit points |
Elective 6 Credit points |
Semester 2 24 Credit points |
MTE3202 Functional materials 2 6 Credit points |
MTE3203 Introduction to ceramics : Properties , processing and applications 6 Credit points |
MTE3201 Materials in a complex world 2 : Characterisation , identification and selection 6 Credit points |
Elective 6 Credit points |
YEAR 4 |
UNITS |
|
|
|
Semester 1 24 Credit points |
ENG4701 Final year project A 6 Credit points |
MTE4102 Advanced materials processing and manufacturing 6 Credit points |
MTE4101 Integrated design project 6 Credit points |
Elective 6 Credit points |
Semester 2 24 Credit points |
ENG4702 Final year project B 6 Credit points |
Professional Practice domain unit 6 Credit points |
Elective 6 Credit points |
Elective 6 Credit points |
A . Engineering fundamentals and breadth study B . Engineering design C . Engineering knowledge and application D . Professional practice E . Elective study
Course structure
A . Engineering fundamentals and breadth study This will develop your understanding of natural and physical sciences , mathematics , numerical analysis , statistics , and computer and information sciences that underpin all engineering disciplines .
B . Engineering design This will develop the engineering techniques , tools and resources for the conduct , design and management of engineering design processes and projects , both in the industrial setting and in the development of research experiments .
C . Engineering knowledge and application This will provide in-depth knowledge of the specific engineering methods of a branch of engineering and will integrate the specific engineering methods and discipline knowledge into practice .
D . Professional practice This will develop your skills in readiness for the engineering workplace . You will develop skills in effective team membership and team leadership , the use and management of commercially relevant data , and the legal responsibilities of engineers .
E . Elective study This will further deepen your knowledge of engineering or broaden your knowledge in another approved field . You will have electives to add technical expertise in your engineering specialisation and / or complete a minor in a complementary engineering discipline .
Entry requirements
Qualification GCE A Level 2 11 or 12 International Baccalaureate ( IB ) Diploma 31 Monash University Foundation Year 3 76.25 % Monash College Diploma Part 2 4 60 % ATAR 85 UNSW Foundation Studies 8.25 Ontario Secondary School Diploma 86.3 % Hong Kong Diploma of Secondary Education 20 All India Senior School Certificate Examination 81 % Indian School Certificate Examination 76 % SMA3 , Indonesia STPM , Malaysia 9.4 UEC , Malaysia
Program Matrikulasi ( Matriculation Program ), Malaysia 3.17
Foundation in Science and Technology , Sunway College 77.5 %
Sri Lankan General Certificate of Education ( Advanced Level ) 12
High School Diploma , Vietnam 8.49
Prerequisites
English : Monash ’ s minimum requirements apply .
Higher level Mathematics : Australian Year 12 equivalent
One of Chemistry or Physics : Australian Year 12 equivalent
∆
≤3
Transferring to Australia
To transfer to the Clayton campus , you ’ ll need to have :
• completed at least 84 credit points with an overall minimum WAM of >= 50 % if you ’ ve completed your second year , or
• be in good academic standing for the past 12 months
• not been before an Academic Progress Committee ( APC ) panel in the year leading up to your application to transfer
• not be subject to an APC panel at the time of applying .
1 This course map is intended as a rough guide . Units listed may vary depending on intake , availability and the latest requirements .
2 The Malaysian Qualification Agency ( MQA ) accepts a minimum D Grade in A Level to be equivalent to the STPM Pass grade .
3 The undergraduate entry requirements published in this guide are for students who commenced the MUFY program in 2023 .
4 Monash College Diploma Part 2 provides a pathway into the second year of the corresponding undergraduate studies . The entry requirements published in this guide are for students commencing their undergraduate destination degree in 2024 .
∆ Please refer to priorstudy . monash . edu / prior-study / monash . edu . my / materials-engineering
The information in this flyer was correct at the time of publication . Monash University Malaysia reserves the right to alter this information should the need arise . Produced by Marketing and Future Students , Monash University Malaysia . June 2024
Monash University Malaysia Registration No . 199801002475 ( 458601-U ) DULN002 ( B ) Jalan Lagoon Selatan , 47500 Bandar Sunway , Selangor , Malaysia monash . edu . my mum . enquiry @ monash . edu + 603 5514 6000
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