When you start your study, you will be equipped with knowledge in Engineering Mathematics, Computing, Physical Science, Engineering Drawing and Communication. These are necessary foundations for your progression to Materials Science and Engineering study. More in-depth study in thermodynamics and kinetics of materials processing will follow.
With a strong physical sciences background, you will then take courses related to properties of traditional and advanced materials, materials testing techniques and processing of advanced materials (such as polymer, composite, ceramic and electronic materials). Stress analysis, deformation and fracture of various materials will also be covered in detail. There will be workshop training and a Design and Manufacturing project for you to gain hands-on experience in an industrial-like environment. Selected students will also have chances to work in factories as student trainees. These integrated learning activities in a real industrial or simulated industrial environment are an essential part of the engineering training process.
Every student is required to work independently on a project spanning two semesters before graduation. This project is an independent investigation of a materials science and engineering problem. You might find something new and publish a paper in an international journal together with your supervisor! You need to plan for your career by choosing electives from a wide range of courses such as Computer Aided Engineering, Microelectronic Materials, Nanocomposite Materials, Advanced Thin Film, Materials Science Modeling, Failure Analysis, Biomedical Materials, Nanotechnology and Electrical Ceramics.
