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UNDERGRADUATE STUDIESLevel 1 I Level 2 I Level 3I Level 4 I Level 3 and 4 electives I Materials Science I Bachelor of Biomedical Sci/Engineering I Double Degrees available (pdf 3.8Mb) The Department offers undergraduate programmes in the Faculty of Engineering. Graduates from all of our programmes are highly employable, as they have acquired specialised knowledge in their chosen discipline and a range of high-level experimental and problem-solving skills. Materials Engineering is the stream in the Faculty of Engineering which deals with all areas relating to current materials used in many diverse manufacturing industries such as aerospace, and the exciting research and development of new materials and applications. Double degree programmes offer versatility for students who want to combine their major with studies from another faculty. The Bachelor of Biomedical Science/Bachelor of Engineering (Materials) is a unique and exciting double degree program combining subjects selected from the Department of Materials Engineering and the Faculty of Medicine. A student at Monash will usually take four or more 'units' (previously called subjects) each semester. As well as units in our own major disciplines, specially designed units are provided for students in the biomedical, biological, environmental, radiography and medical imaging disciplines. Links are provided below. CRICOS PROVIDER NUMBERS: Engineering Level 1
The elective choice may vary from year to year, as may the semester in which it is offered. Materials ScienceThe course is presented by the Department of Materials Engineering as part of the science degree. First year UnitsA combination with chemistry, mathematics and physics, but usually including
To complete a major in materials science, students must complete MSC2011, MSC2122 and any four of MSC2111, MSC3111, MSC3121, MSC3132 and MSC3142, as well as some first year physics, chemistry and materials science.
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| Semester 1 | Semester 2 | |
|---|---|---|
| Year 1 | BMS1011 Biomedical Chemistry | BMS1052 Human Neurobiology |
| BMS1021 Cells, Tissues and Organs | BMS1062 Molecular Biology | |
| BMS1031 Biomedical Physics or ENG1080 Foundation Physics |
BMS1042 Biomedical Sciences and Society | |
| ENG1050 Materials Engineering or ENG1090 Foundation Mathematics | ENG1091 Mathematics for Engineers | |
| Year 2 | BMS2011Structure of the Human Body | BMS2062 Introduction to Bioinfomatics |
| BMS2021 Biochemistry of human functions | ENG2091 Advanced Engineering Mathematics A |
|
| MTE2541 Nanostructure of Materials | MTE2542 Microstructural Development | |
| MTE2544 Introduction to Functional Materials | MTE2545 Polymers and Ceramics I | |
| Year 3 | BMS 2031 Body Systems | BMS2042 Human Genetics |
| MTE2546 Mechanics of Materials | BMS2052 Microbes in Health and Disease | |
| MTE3544 Management and Practice in Materials Engineering | ENG1060 Engineering Computing | |
| MTE3541 Materials Durability | MTE2548 Biomaterials I | |
| Year 4 | BMS3021 Molecular Medicine and Biotechnology | BMS3032 Health policy and management |
| BMS3011 Biomedical Basis of Disease | BMS Biomedical elective OR MTE4596 Biomaterials II | |
| MTE3543 Mechanics of Materials; Microstructure to application |
MTE3546Polymers and Ceramics II | |
| MTE3542 Microstructural Design in Structural Materials | MTE3545 Functional Materials and Devices | |
| Year 5 | BMS Biomedical elective | BMS3042 Biomedical basis of disease 2 |
| MTE4525 Materials Engineering Project 1 | MTE4526 Materials Engineering Project 2 | |
| MTE4571 Materials Engineering Design and Practice | MTE4596 Biomaterials II OR BMS Biomedical Elective | |
| MTE4572 Polymer and Composite Processing and Engineering | MTE4573 Processing and Engineering of Metals and Ceramics |