This field of study emphasises the application of material engineering principles and concepts for the design and development of materials for industrial application. Investigation on the chemical, physical and mechanical properties of materials is vital in order to understand how a material can be used and why it could fail. The materials studied include polymer, metal, ceramic, composite and other emerging materials. Also studied are advanced materials developed based on nanotechnology, material synthesis and characterisation, tribology, surface science and catalysis, failure design, forensic materials engineering, and new processing technologies, which may lead to future applications in the fields of aerospace, automotives, electronics, coatings, sensors, actuators, drug delivery, metallurgy, crystallography, metallography and drilling fluid.
Esperado Setembro 2024
Universiti Putra Malaysia
SERDANG,
Selangor,
43400, Malaysia
The applicant should possess a Bachelor’s degree (with honours) in a relevant field with a minimum CGPA of 3.000, or
The applicant who has insufficient academic qualification can be admitted into the programme subjected to any other requirement specified by the Faculty/Institute.
An applicant from a local public university who is in the final semester of his undergraduate study programme may be considered for provisional admission provided that his latest CGPA or its equivalent academic result satisfies the graduate programme admission requirements.
For applicants with one of the following
550 for the TOEFL Paper-based Test (Academic Version); or
Band 6.0 for IELTS (Academic Training); or
79-80 for TOEFL Internet-based Test (Academic Version); or
Level 109 for CIEP at ELS Language Centre; or
Any English Language Test which is equivalent to B2 in Common European Framework of Reference for Languages (CEFR)