91吃瓜

Course Overview

Materials engineers investigate how different materials can be most usefully applied in society, whilst manufacturing engineers take raw materials and basic components and turn them into products. This programme offers education and research for the development and application of new materials.

It aims to provide graduates with an in-depth knowledge and understanding of the characteristics of various materials that are vital for Malaysian industry to adopt innovative manufacturing processes to give local products a competitive edge in the world market. It applies principles of the sciences and engineering to understand the characteristics of materials and manufacturing processes.

Thus, this course contributes to the scientific knowledge and bridges the gap between modern chemistry and physical mass, manufacturing technology and mathematical analysis. The course structures and syllabuses are designed for graduates to be equipped with the essential technical knowledge and skills required by many companies and industries.

Curriculum

Subjects

• Circuit Theory
• Computer Aided Design and Programming
• English for Engineering
• Statics
• Engineering Thermodynamics I
• Material Science
• Solid Mechanics I
• Manufacturing Technology I
• Mathematics for Engineering I
• Mathematics for Engineering II
• Dynamics
• Fluid Mechanics I
• Polymer Science and Technology
• Electrical Machines
• Signals, Circuits and Systems
• Renewable Energy
• Phase Transformations and Heat Treatment
• Numerical Methods and Statistics
• Industrial Automation and Computer-Aided Manufacturing
• Industrial Engineering
• Corrosion Engineering
• Basic Economics, Accounting and Management
• Foundry Engineering
• Process Control and Instrumentation
• Heat and Mass Transfer
• Engineering Ceramics
• Materials Testing and Fracture Analysis
• Physical Metallurgy
• Law for Engineers
• Industrial Training
• Engineering Composite Materials
• Manufacturing Technology II
• Quality and Reliability Engineering
• Materials Selection and Alloy Design
• Engineer in Society
• Project

Entry Requirements

• UTAR Foundation Programme
• STPM: Grade C/C+ in 2 relevant subjects depending on the programs (except M.B.B.S. and Quantity Surveying)
• A-Level: Grade D in 2 or 3 relevant subjects
• UEC: Grade B in 5 relevant subjects
• SAM: ATAR 70 and Grade B in at least 2 relevant subjects
• CPU: An average of 70% in 6 relevant subjects (depending on programs)
• Matriculation Certificate, Ministry of Education
• Foundation/Diploma in the relevant fields
• Other recognized equivalent qualifications

Career Prospects

• Material Engineer
• Production Engineer
• Product Engineer
• QC Engineer
• Project Engineer/Manager
• Manufacturing Engineer
• R&D Engineer
• Failure Analyst Engineer
• Sales Engineer

Study Abroad Pathway

No