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Bachelor of Engineering (Honours) | University of Western Australia (UWA)
Category: Degree
Specifications
省份/城市
Australia
授课语言
English
课程领域
Architecture and Engineering
课程
Degree
国家
Australia
骞村害瀛垂
Between RM 200k - 250k
开课
Feb
开课
Jul
Details
Bachelor of Engineering (Honours) - University of Western Australia · Perth, Australia
Duration
4 Years
Mode
Physical
Campus
Perth (Crawley)
Medium
English
Intake
Feb, Jul
Bachelor of Engineering (Honours) at The University of Western Australia (UWA) — a 4-year honours bachelor degree with nine engineering majors at Perth (Crawley). From your first year, develop hands-on engineering skills in UWA’s state-of-the-art EZONE and graduate industry-ready across automation, civil, chemical, mining, software, and more. International students from Malaysia and across Asia can apply for February or July intake.
Indicative total fees are AU$ 203,750 (tuition plus application fee), with live AUD to MYR conversion in the fee breakdown below. Figures are illustrative — your final amount follows UWA’s official fee schedule for your intake year.
For Engineering & Technology, UWA ranks in the top 200 globally and among the top 10 in Australia in QS World University Rankings by Subject. UWA also ranks #77 among the world’s universities overall.
What you will study: Choose a major spanning automation and robotics, biomedical, chemical, civil, environmental, electrical, mechanical, mining, or software engineering — with level-by-level units detailed in the programme structure.
Entry requirements: pathways include ATAR 80, UEC 12 points (best four), STPM 11 points (best three subjects), and A Levels CCC. English proficiency such as IELTS 6.5 overall (no band below 6.0) is required.
Career outcomes include roles across robotics, biomedical, chemical, civil, environmental, electrical, mechanical, mining, and software engineering in industry, consulting, and research.
Study at Perth (Crawley) with access to EZONE, CO2 Lab, Automation and Robotics Lab, Pawsey Supercomputing Centre, and UWA Oceans Institute. Plan to apply at least three months before your February or July course start; allow time for your offer and Australian student visa before you travel.
E-Square provides free one-to-one counselling for UWA applications: document checklists, personal statement guidance, visa support, fee and living-cost planning, and WhatsApp follow-up from first enquiry to enrolment.
Why this course & university?
top 200 world · top 10 in Australia
UWA ranks in the top 200 globally and among the top 10 in Australia for Engineering & Technology in QS World University Rankings by Subject.
Hands-on from year one
From your first year you’ll actively develop ideas and design innovative solutions for major real-world engineering challenges.
Industry-driven skills & EZONE
Gain industry-driven skills through undergraduate units developed with industry partners, and learn in UWA’s state-of-the-art EZONE — a world-class engineering learning space.
Leading academics & research
Learn from leading academics at the forefront of their profession, with access to CO2 Lab, Automation and Robotics Lab, Pawsey Supercomputing Centre, COFS, and UWA Oceans Institute.
About the Campus
Bachelor of Engineering (Honours) at UWA is taught at Perth (Crawley campus), with access to EZONE engineering facilities, research laboratories, and strong links to industry and professional engineering careers across Western Australia.
Majors
The Bachelor of Engineering (Honours) offers nine majors across automation, software, biomedical, chemical, civil, environmental, electrical, mechanical, and mining engineering. Explore majors below; full unit lists for each major are in the programme structure.
Automation & software
- Automation and Robotics Engineeringtop 200 world · top 10 in Australia · Engineering & TechnologyDesign robots, automation systems, and intelligent control for modern industry.
- Software Engineeringtop 250 world · #1 in WA · Computer Science & Information SystemsBuild secure, scalable software with industry-standard engineering practice.
Biomedical & chemical
- Biomedical Engineeringtop 200 world · top 10 in Australia · Engineering & TechnologyApply engineering to medical devices, biomechanics, and healthcare technology.
- Chemical Engineeringtop 200 world · top 10 in Australia · Chemical EngineeringStudy process design, thermodynamics, and chemical manufacturing systems.
Civil & environmental
- Civil Engineeringtop 100 world · top 10 in Australia · Civil & Structural EngineeringBuild expertise in structures, geotechnics, hydraulics, and transport infrastructure.
- Environmental Engineeringtop 100 world · top 10 in Australia · Environmental SciencesEngineer solutions for water, coastal, ecological, and environmental challenges.
Electrical & mechanical
- Electrical and Electronic Engineeringtop 200 world · top 10 in Australia · Engineering & TechnologyDevelop skills in power systems, electronics, communications, and embedded systems.
- Mechanical Engineeringtop 200 world · top 10 in Australia · Engineering & TechnologyMaster thermodynamics, dynamics, manufacturing, and mechanical design.
Mining & resources
- Mining Engineeringtop 10 world · #4 in Australia · Mineral & Mining EngineeringSpecialise in underground and surface mining, rock mechanics, and mineral resources.
Entry Requirements
Minimum academic requirements vary by qualification. Select your pathway below. Tap the grey on each card to see how scores are calculated. English test scores are in the next section; for scholarships, see Contact Us.
ATAR
80
Minimum ATAR 80 from WACE, SACE, HSC, VCE, AUSMAT, SAM, MUFY or equivalent Australian Year 12 qualification. ATAR is a percentile rank (0–99.95), not a points total — your result must meet or exceed 80.
UEC
12 pts (best four)
Add points from your best four academic subjects. You need a minimum total of 12.
STPM
11 pts (best three)
Use your best three STPM subjects (General Studies / Pengajian Am excluded). You need a minimum total of 11.
A Levels
CCC
Minimum grades of CCC across three A Level subjects.
Other Qualifications
Contact Us
Prerequisites
None listed
No specific prerequisite subjects are required for this degree.
English Language Requirements
IELTS
6.5 overall (Academic); no band below 6.0.
Is this course for you?
Is The University of Western Australia (UWA) the right fit for your study plan in Australia?
Check which universities and courses best meet your needs, and find the most suitable study path for you.
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Filter Now →Scholarships
Scholarship options for this degree programme depend on your intake and academic profile. Contact us and we’ll check eligibility with The University of Western Australia (UWA).
Share your results and target intake — we’ll advise on available scholarships and bursaries.
Fee estimate (AUD → RM)
Core fees are shown in Australian dollars (AUD). Ringgit (MYR) equivalents use a live AUD/MYR rate. Figures are illustrative only. The University of Western Australia (UWA) typically reviews tuition each year; expect an estimated 5–10% annual increase — always use the latest official tuition on your offer or fee schedule.
Tuition fee breakdown
Tuition fee
—≈ RM —
Application Fee
—≈ RM —
Indicative total payable
AU$ 203,750
Indicative total payable
Indicative totals above are not a quote. Tuition and related fees follow The University of Western Australia (UWA)’s current published schedule for your intake year. For scholarships, contact us. MYR equivalents use the live rate shown above.
Why Apply Through E-Square?
Apply via E-Square
- Clear roadmap — fewer surprises on deadlines and paperwork
- No extra application service fees
- Hands-on help from first enquiry through submission and follow-up
- Pointers on study grants, accommodation, and visas
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Self-apply
- You research policies, forms, and cut-offs alone
- You prepare, check, and submit everything yourself
- You chase the university for updates and replies
- You sort study grants, housing, and visas solo
E-Square has helped students secure over RM50 Million in scholarships.
E-Square Receives Widespread Attention from Malaysian Mainstream Media
As a professional study consultancy agency, E-Square has received in-depth coverage from major Malaysian media outlets, Sin Chew Daily, China Press, and Malaysia Kini, demonstrating our professional strength and strong reputation in the field of study services.
Programme Structure
The Bachelor of Engineering (Honours) is a 4-year honours degree at UWA with nine majors. See majors. Expand each major below for level-by-level units.
Automation and Robotics Engineeringtop 200 world · top 10 in Australia · Engineering & Technology
Level 1
Core
- Computational Thinking with Python
- Digital Systems
- Engineering Materials
- Engineering Practice 1
- Introduction to Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Systems Programming
- Data Structures and Algorithms
- Digital System Design
- Engineering Electrical Fundamentals
- Engineering Mechanics
- Engineering Practice 2
- Solid Mechanics
- Engineering Dynamics
Level 3
Core
- Mechatronics
- Intelligent Agents
- Power and Machines
- Embedded Systems
- Engineering Practice 3
- Control Engineering
- Mechanisms and Machines
- Measurement and Instrumentation
Level 4
Core
- Robot Manipulators and Automation
- Mobile Robots
- Computer Vision
- Process Instrumentation and Control
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
- Risk, Reliability and Safety
Software Engineeringtop 250 world · #1 in WA · Computer Science & Information Systems
Level 1
Core
- Introduction to Cybersecurity
- Computational Thinking with Python
- Relational Database Management Systems
- Digital Systems
- Engineering Practice 1
- Introduction to Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Systems Programming
- Object Oriented Programming
- Data Structures and Algorithms
- Discrete Structures
- Engineering Practice 2
- Probabilistic Methods and their Applications
Level 3
Core
- Computer Networks
- Knowledge Representation
- Secure Coding
- Software Requirements and Design
- Agile Web Development
- Software Testing and Quality Assurance
- Embedded Systems
- Engineering Practice 3
Level 4
Core
- Cloud Computing
- High Performance Computing
- Software Engineering Design Project 1
- Software Engineering Design Project 2
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
- Risk, Reliability and Safety
Biomedical Engineeringtop 200 world · top 10 in Australia · Engineering & Technology
Level 1
Core
- Computational Thinking with Python
- Engineering Materials
- Engineering Practice 1
- Introduction to Engineering
- Engineering Drawings
- Form and Function
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Data Structures and Algorithms
- Engineering Electrical Fundamentals
- Engineering Mechanics
- Engineering Practice 2
- Fluid Mechanics
- Solid Mechanics
- Engineering Materials 2
- Cellular Physiology
Level 3
Core
- Engineering and the Human Body
- Biomaterials
- Embedded Systems
- Circuits and Electronics
- Engineering Practice 3
- Measurement and Instrumentation
Level 4
Core
- Biomedical Instrumentation
- Biomechanics
- Advanced Topics in Biomedical Engineering
- Biomedical Engineering Design Project 1
- Biomedical Engineering Design Project 2
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
Chemical Engineeringtop 200 world · top 10 in Australia · Chemical Engineering
Level 1
Core
- Chemistry—Properties and Energetics
- Chemistry—Structure and Reactivity
- Mass and Energy Balances
- Engineering Materials
- Engineering Practice 1
- Introduction to Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Chemical Engineering Thermodynamics
- Heat and Mass Transfer
- Process Synthesis and Design 1
- Computer Analysis and Visualisation
- Engineering Practice 2
- Fluid Mechanics
Level 3
Core
- Process Synthesis and Design 2
- Unit Operations
- Advanced Thermodynamics and Mass Transfer Processes
- Particle Technology
- Reaction Engineering
- Transport Phenomena
- Engineering Practice 3
- Professional Engineering Portfolio
Level 4
Core
- Process Dynamics and Control
- Advanced Reaction Engineering and Catalysts
- Chemical Engineering Design Project
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Risk, Reliability and Safety
Option – Group A
- Chemical and Thermal Renewable Energies
- Mineral Processing: Current and Future Technologies
- Combustion Science and Technology
- Flow Assurance for Future Energy
- Gas Processing Technologies
- Water and Wastewater Engineering
- Energy Storage Systems
Option – Group B
- Fundamentals of Data Science
- Process Instrumentation and Control
- Contaminant Fate and Transport
- Fossil to Future – The Transition
- Petroleum Engineering
- Renewable Energy
Civil Engineeringtop 100 world · top 10 in Australia · Civil & Structural Engineering
Level 1
Core
- Engineering Practice 1
- Introduction to Engineering
- Earth Systems Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Computer Analysis and Visualisation
- Structural Analysis
- Civil Engineering Practice
- Engineering Mechanics
- Engineering Practice 2
- Solid Mechanics
- Principles of Geomechanics
- Principles of Hydraulics
- Data Collection and Analysis
Level 3
Core
- Applied Geomechanics
- Hydraulics for Civil Engineers
- Structural Concrete Design
- Structural Steel Design
- Engineering Practice 3
- Numerical Methods and Modelling
Level 4
Core
- Transportation and Pavement Engineering
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
- Risk, Reliability and Safety
Option – Group A
- Civil Infrastructure Design Project
- Civil Structural Design Project
Option – Group B
- Structural Dynamics
- Underground Construction
- Offshore Geomechanics
- Design of Offshore Energy Facilities
- Engineering Hydrology
- Water and Wastewater Engineering
- Coastal and Offshore Engineering
- Environmental Geotechnics
- Finite Element Method
- Design of Coastal Structures
Environmental Engineeringtop 100 world · top 10 in Australia · Environmental Sciences
Level 1
Core
- Chemistry—Properties and Energetics
- Engineering Practice 1
- Introduction to Engineering
- Earth Systems Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Computer Analysis and Visualisation
- Engineering Mechanics
- Coastal Engineering Processes
- Grand Challenges in Environmental Engineering
- Modelling in Environmental Engineering
- Hydrology and Water Resource Management
- Engineering Practice 2
- Principles of Hydraulics
- Data Collection and Analysis
- Geographic Information Systems
Level 3
Core
- Engineering Hydrology
- Flow and Turbulence in Environmental Systems
- Ecological Engineering and Nature-based Solutions
- Environmental Monitoring and Analysis
- Designing as an Environmental Engineer
- Engineering Practice 3
Level 4
Core
- Contaminant Fate and Transport
- Advanced Environmental Modelling
- Water and Wastewater Engineering
- Environmental Engineering Design Solutions Part 1
- Environmental Engineering Design Solutions Part 2
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Coastal and Offshore Engineering
Electrical and Electronic Engineeringtop 200 world · top 10 in Australia · Engineering & Technology
Level 1
Core
- Digital Systems
- Engineering Practice 1
- Introduction to Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Computer Analysis and Visualisation
- Digital System Design
- Engineering Electrical Fundamentals
- Engineering Mechanics
- Engineering Practice 2
- Physics for Electrical Engineers
- Probabilistic Methods and their Applications
Level 3
Core
- Electronic Materials and Devices
- Signals and Systems
- Power and Machines
- Embedded Systems
- Circuits and Electronics
- Engineering Practice 3
- Control Engineering
- Advanced Mathematics Applications
Level 4
Core
- Communications Systems
- Signal Processing
- Engineering Electromagnetics
- High Frequency Circuits and Systems
- Power System Analysis
- Process Instrumentation and Control
- Electrical and Electronic Engineering Design Project
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
Mechanical Engineeringtop 200 world · top 10 in Australia · Engineering & Technology
Level 1
Core
- Engineering Materials
- Engineering Practice 1
- Introduction to Engineering
- Engineering Drawings
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Computer Analysis and Visualisation
- Engineering Electrical Fundamentals
- Engineering Mechanics
- Engineering Practice 2
- Fluid Mechanics
- Solid Mechanics
- Engineering Materials 2
- Manufacturing
- Engineering Dynamics
Level 3
Core
- Engineering Practice 3
- Control Engineering
- Numerical Methods and Modelling
- Advanced Mathematics Applications
- Mechanisms and Machines
- Engineering Thermodynamics
- Measurement and Instrumentation
Level 4
Core
- Professional Engineering Portfolio
- Risk, Reliability and Safety
- Vibration and Sound
- Applied Engineering Thermodynamics
- Analysis and Design of Machine Components
- Mechanical Engineering Design Project 1
Option – Group A
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Mechanical Engineering Design Project 2
Option – Group B
- Mechatronics
- Robot Manipulators and Automation
- Mineral Processing: Current and Future Technologies
- Coastal and Offshore Engineering
- Petroleum Engineering
- Project Management and Engineering Practice
- Finite Element Method
- Degradation of Materials
- Design and Failure Analysis of Materials
Mining Engineeringtop 10 world · #4 in Australia · Mineral & Mining Engineering
Level 1
Core
- Chemistry—Properties and Energetics
- Discovering Earth
- Engineering Practice 1
- Introduction to Engineering
- Earth Systems Engineering
- Multivariable Calculus
- Mathematical Theory and Methods
- Physics for Scientists and Engineers
Bridging
- Introductory Chemistry
- Mathematics Foundations: Specialist
- Physics Bridging Unit
Level 2
Core
- Computer Analysis and Visualisation
- Engineering Electrical Fundamentals
- Engineering Mechanics
- Engineering Practice 2
- Solid Mechanics
- Principles of Geomechanics
- Principles of Hydraulics
- Fundamentals of Mining Engineering
Level 3
Core
- Engineering Practice 3
- Underground Mining
- Rock Mechanics
- Mineral Resources
- Geotechnology of Mine Waste
- Surface Mining
Level 4
Core
- Extractive Metallurgy
- Engineering Research Project Part 1
- Engineering Research Project Part 2
- Professional Engineering Portfolio
- Project Management and Engineering Practice
- Risk, Reliability and Safety
- Mining Engineering Services
- Underground Mining 2
- Mining Management
- Mining Engineering Design Project 1
Future Career Prospects
Main Directions
- Automation Lead
- Robotics and Automation Engineer
- Robotics System Developer
- Biomedical Engineer
- Clinical Engineer
- Rehabilitation Engineer
- Chemical Engineer
- Process Engineer
- Production/ Operations Engineer
- Civil Engineer
- Electrical Power Engineer
- Electronic Engineer
- Consultant
- Environmental Engineer
- Researcher
- Mechanical Engineer
- Operations Manager
- Technology Manager
- Mining Engineer
- Data Analyst
- Software Architect
- Software Engineer
Estimated application deadline
UWA offers February and July intakes for this degree. Plan to apply at least 3 months before your classes start — earlier is better for international students.
February intake
Apply at least 3 months before course start
Illustrative planning window for your February intake — confirm the exact closing date with UWA or our advisors.
July intake
Apply at least 3 months before course start
Illustrative planning window for your July intake — confirm the exact closing date with UWA or our advisors.
Official source: Intake dates and closing deadlines are set by UWA and may change. Always verify on the official application channel before you commit.
Perth monthly living expenses
Estimates for studying in Perth (monthly). The Australian Government advises international students to budget at least AUD 29,710 per year for living costs in Perth metropolitan area — about AUD 2,475 per month on average. The bands below split that benchmark across rent, food, public transport, mobile, and personal spend. Figures are in AUD first, with MYR from the same live rate as the fee section.
Live rate (same as Fee estimate): 1 AUD = — MYR
Accommodation / month
— ≈ RM —
Food & groceries
— ≈ RM —
Public transport
— ≈ RM —
Mobile plan
— ≈ RM —
Personal & misc.
— ≈ RM —
Total (monthly, indicative · ~AUD 29,710/year benchmark)
— ≈ RM —
Application
How to Apply
Planning Bachelor of Engineering (Honours) at The University of Western Australia (UWA) is easier with a clear timeline and checklist. Our consultants help you align documents with your February or July intake and university deadlines.
Apply with expert guidance
Once your budget pathway and entry route are clear, we guide you through each submission step — from academic proofs to study-grant checks.
Get started now-
Application timelineWe map milestones to your intake so documents go in before internal cut-offs.
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Documents & reviewWe checklist transcripts, IDs, English proofs, and programme-specific items — then sanity-check before upload.
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End-to-end supportForms, fee awareness, submission tracking, and scholarship pointers — from first enquiry to follow-up with the university where needed.
FAQ
- When should I start?
- Aim to reach out at least 3 months before your chosen intake so English tests, transcripts, offer processing, and your visa can be lined up in time.
- Do I apply to The University of Western Australia (UWA) directly?
- You apply to The University of Western Australia (UWA) for this degree. E-Square helps you prepare documents, personal statement, and track your application.
- Is counselling really free?
- Yes — E-Square’s advisory for this pathway is free; tuition and fees are billed by the university according to your offer.
Note: Student advisory through E-Square is free. Contact us early — ideally three months ahead of the deadline — so your timeline stays relaxed.
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