This field of study emphasises the fundamental principles of chemical engineering. Research in the field includes design, control, operation, optimisation and kinetics of chemical processes. Process integration, process safety, plant management, and related applications of advanced computation engineering are also covered. The fundamentals of science and engineering are exploited and integrated to invent and formulate novel, sustainable, renewable and biodegradable products. The chemical and process industries covered are petrochemical, oil and gas production, mineral and advanced material processing, food processing, pharmaceutical, neutraceutical and bioproduct processing.
Direncanakan September 2024
Universiti Putra Malaysia
SERDANG,
Selangor,
43400, Malaysia
Bachelor Degree in Engineering with CGPA 3.75; or
Master Degree in Engineering (with thesis); or
Master Degree in Engineering (with thesis and coursework) with CGPA 3.00; or
Master Degree in Engineering without thesis (coursework) with CGPA 3.25; or
Master Degree in Engineering without thesis (coursework) with CGPA 3.00 and at least three (3) years working experience in relevant field ; or
Master Degree in Sciences (with thesis and coursework) with CGPA 3.50; or
Master Degree in Sciences without thesis (coursework) with CGPA 3.50; or
Master Degree in Sciences without thesis (coursework) with CGPA 3.25 and at least three (3) years working experience in relevant field; or
Master Degree in Sciences without thesis (coursework) with CGPA 3.00 and at least five (5) years working experience in relevant field.
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)