化学工程理学硕士（荣誉） | University of Nottingham Malaysia
Category: Degree
Specifications
省份/城市
吉隆坡
授课语言
英文
课程领域
建筑与工程
课程领域
化学与分子科
开课
九月
课程
本科
国家
马来西亚
骞村害瀛垂
高于4万 马币
Details
Duration
4 Years
Mode
Physical
Campus
Kuala Lumpur
Medium
English
Intake
Sept
Is this course suitable for you?
Step 1
Check Entry Requirements
Review the academic qualifications needed for this course.
Step 2
Select scholarship and PTPTN
Step 3
Net Fees After Scholarship
Calculate your actual payable fees after scholarships and loans.
Step 4
Choose the Best Option
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Student Type
Domestic Student
Malaysian Citizen
International Student
Non-Malaysian Citizen
Am I eligible?
Foundation CGPA 3.2
Foundation Program
UEC 5 B3s
Unified Examination Certificate (including Mathematics and either Chemistry or Physics, excluding Bahasa Malaysia and Chinese language)
A Level BBC
General Certificate of Education Advanced Level (including Mathematics and either Chemistry or Physics, excluding Critical Thinking and General Studies)
Nottingham's Foundation
Successful completion
English Language Requirement
- IELTS (Academic): 6.5 (with no less than 6.0 in each element)
- SPM: CEFR level B2
- IGCSE (first language): Grade C / 4
- UEC: Grade A2
- MUET: Band 4.5
Select Scholarship
PTPTN Loan Selection
Maximum
Household income > RM 8,000
75%
Household income < RM 8,000
50%
Household income < RM 4,000
E-Square Waiver
E-Square Waiver
RM 100
Fee Breakdown
Tuition Fee
RM 220,000
Application Fee
RM 200
Scholarship
- RM 0
PTPTN Loan
- RM 0
Voucher
- RM 0
Total Payable
RM 220,200
Benefits via E-Square Application:
- Scholarship up to RM 0
- Voucher: RM 0
Course Structure
Year 1
- Mathematical Methods for Chemical and Environmental Engineering
- Chemistry for Engineers
- Process Engineering Principles
- Fluid Mechanics
- Fundamentals of Engineering Design
- Thermodynamics & Heat Transfer
- Introductory Geology
Year 2
- Advanced Mathematical Methods for Chemical and Environmental Engineering
- Process Design and Control
- Separation and Particle Technology
- Chemical and Phase Equilibria
- Analytical Measurement
- Materials and Sustainable Processes
- Process Engineering Project (compulsory for CE students only)
- Interfacial Chemistry (compulsory for CE students only)
- Industrial Training
Year 3
- Design Project
- Process Engineering Laboratories
- Reactor Design and Process Control
- Multicomponent Separations
- Process Simulation 1
- Advanced Transport Phenomena
- Biochemical Engineering (compulsory for CE students only)
- Industrial Process Analysis (compulsory for CE students only)
- Industrial Training
Year 4
- MEng Project
Optional modules
- Advanced Reaction Engineering
- Process Synthesis and Design
- Advanced Environmental Assessment
- Industrial Dehydration
- Power Generation and Carbon Capture
- Statistical Process Control and Quality Management
- Food Processing Technology
- Advanced Computational Methods
- Process Design and Optimisation
Future Career Prospects
Main Directions
- Process Design Engineer
- Production Engineer
- Safety Engineer
- Environmental Engineer
- Energy Engineer
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