Bachelor of Engineering (Energy Engineering) | Curtin University
Category: Degree
Specifications
Province/City
East Malaysia
Language for Teaching
English
Field of Study
Architecture and Engineering
Course Start Date
Mar
Course Start Date
Jul
Course Start Date
Oct
Course
Degree
Country
Malaysia
Annual Course Fees
Between RM 20k - 40k
Details
Duration
4 years
Mode
Physical
Campus
Miri
Medium
English
Intake
Mar, Jul, Oct
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?
UEC
22 points from 5 subjects
A-level
8 points from 3 subjects
Diploma
Case by case basis
Other Qualification
Contact us
English Requirement: CEFR B2 / MUET Band 4 / IELTS 6.0-6.6
Select Scholarship
PTPTN Loan Selection
Maximum
Household income < RM4,000
75%
Household income < RM8,000
50%
Household income > RM8,000
E-Square Waiver
E-Square Waiver
RM 100
Fee Breakdown
Tuition Fee
RM 135,600
Resources Fee
RM 0
Deposit
RM 0
Application Fee
RM 0
Scholarship
- RM 0
PTPTN Loan
- RM 0
Voucher
- RM 0
Total Payable
RM 135,600
Benefits via E-Square Application:
- Scholarship up to RM 0
- Voucher: RM 0
Course Structure
Year 1
- Bachelor of Engineering Pre-Major
- View Engineering First Year course structure here
Year 2 Semester 1
- Process Heat Transfer
- Electrical Circuits
- Mass and Energy Balances
- Fluid Mechanics
Year 2 Semester 2
- Thermodynamics
- Mechanics for Energy Engineering
- Introduction to Energy Engineering
- Sustainable Energy Systems Engineering
Year 3 Semester 1
- Green Hydrogen Production
- Renewable Energy Principles
- Energy Conversion and Sustainable Management
- Extension Specialisation
Year 3 Semester 2
- Energy Transport
- Energy Economics, Management & Markets
- Energy Storage
- Extension Specialisation
Year 4 Semester 1
- Engineering Industry Research Project 1
- Carbon Management
- Renewable Energy Systems
- Extension Specialisation
Year 4 Semester 2
- Engineering Industry Research Project 2
- Energy Engineering Design Project
- Extension Specialisation
Future Career Prospects
Main Directions
- Energy Engineer
- Renewable Energy Specialist
- Energy Management Consultant
- Sustainable Energy Analyst
- Energy Policy Advisor
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