Bachelor of EngineeringحAdelaide University

Bachelor of EngineeringحAdelaide University

Category: Degree Available
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Specifications
  • Province/City: Australia
  • Language for Teaching: English
  • Field of Study : Architecture and Engineering
  • Course Start Date: Feb
  • Course : Degree
  • Country: Australia
  • Annual Course Fees : Between RM 150k - 200k
  • Course Start Date: Jul
Description

Bachelor of Engineering - Adelaide University Adelaide City Campus, Australia

Bachelor of Engineering - Adelaide University · Adelaide City Campus, Adelaide

Duration
4 Years
Mode
Physical
Campus
Adelaide City Campus
Medium
English
Intake
Feb, Jul

Why this course & university?

top 100 world · #8 in Australia

Adelaide University ranks in the top 100 globally and #8 in Australia for Engineering and Technology in QS World University Rankings by Subject — the leading benchmark for engineering study at Adelaide University.

Design, build & optimise

Learn how to design, operate and optimise engineering systems — from chemical processes and civil infrastructure to electrical circuits and mechanical systems. Hone your technical skillset in purpose-built laboratories and workshops.

Flexible first year

Common first-year engineering courses provide flexibility to explore and switch specialisations while receiving credit for completed courses. Explore electives aligned to your interests across pharmaceutical production, structural design, renewable energy and more.

Industry projects & honours

Complete a major honours research project and industry-focused design project. Apply your skills through up to 12 weeks of professional industry placement on real engineering projects.

About the Campus

Bachelor of Engineering at Adelaide University is taught at the Adelaide City Campus in the heart of Adelaide, with engineering laboratories, workshops, design studios and industry-connected professional practice facilities.

Engineering Specialisations

The Bachelor of Engineering at Adelaide University offers 5 engineering specialisations at the Adelaide City Campus. Select a field group to explore options — tap a specialisation to jump to its syllabus below.

Chemical & Environmental Engineering

  • Chemical Engineeringtop 100 world · #8 AustraliaQS Engineering and Technology
  • Environmental Engineeringtop 100 world · #8 AustraliaQS Engineering and Technology

Civil Engineering

  • Civil Engineeringtop 100 world · #8 AustraliaQS Engineering and Technology

Electrical & Mechanical Engineering

  • Electrical Engineeringtop 100 world · #8 AustraliaQS Engineering and Technology
  • Mechanical Engineeringtop 100 world · #8 AustraliaQS Engineering and Technology

Entry Requirements

Minimum academic requirements vary by qualification. Select your pathway below. English test scores are in the next section; for scholarships, see Contact Us.

ATAR
80
A Levels
9
STPM
CGPA 3.00
UEC
19 pts (best five)
Other Qualifications
Contact Us

English Language Requirements

IELTS
6.5 overall (Academic), minimum 6.0 in Listening, Reading, Writing and Speaking.

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Scholarships

Scholarship and bursary options for this degree programme depend on your intake and academic profile. Contact us and we’ll check eligibility with Adelaide University.

 
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. Adelaide University 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$ 164,850
Indicative total payable

Indicative totals above are not a quote. Tuition and related fees follow the Adelaide University’s current published schedule for your intake year. For scholarships, contact us. MYR equivalents use the live rate shown above.

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Programme Structure

The Bachelor of Engineering is a four-year degree at Adelaide University Adelaide City Campus. Select a specialisation below to view its course syllabus by year and semester.

Chemical Engineering

Learn how to design, operate and optimise chemical processes that convert raw materials into products or energy. Explore electives in pharmaceutical production, food engineering and metallurgical processes, with honours research and plant design projects plus up to 12 weeks of industry placement.

Year 1 ― Semester 1
  • Engineering Physics
  • Engineering Mathematics
  • Engineering Programming
  • Engineering Chemistry
Year 1 ― Semester 2
  • Engineering Materials
  • Engineering Modelling 1
  • Engineering Design and Prototyping
  • Professional Engineering Practice
Year 2 ― Semester 1
  • Engineering Modelling 2
  • Process Engineering
  • Heat and Mass Transfer
  • Discipline courses or Level 2 electives
Year 2 ― Semester 2
  • Engineering Project Management
  • Process Thermodynamics
  • Process Systems Design
  • Fluid and Particle Mechanics
Year 3 ― Semester 1
  • Systems Engineering and Professional Practice
  • Reaction Engineering
  • Process Dynamics and Control
  • Professional Engineer Career Preparation
Year 3 ― Semester 2
  • Chemical Engineering Laboratory and Data Analysis
  • Plant Equipment Design
  • Separation Process Engineering
  • Common core
Year 4 ― Semester 1
  • Engineering Research Project Part A or Engineering Internship A
  • Plant Design Project A
  • Advanced Chemical Engineering
  • Discipline courses or Level 4 electives
Year 4 ― Semester 2
  • Engineering Research Project Part B or Engineering Internship B
  • Plant Design Project B
  • Discipline courses or Level 4 electives
  • Level 4 electives
Environmental Engineering

Learn how to design and implement engineering-led solutions to protect the environment and safeguard human health. Explore climate change adaptation, green infrastructure and environmental remediation, with honours research, design projects and up to 12 weeks of professional work experience.

Year 1 ― Semester 1
  • Engineering Programming
  • Professional Engineering Practice
  • Engineering Chemistry
  • Engineering Mathematics
Year 1 ― Semester 2
  • Construction Materials
  • Engineering Design and Prototyping
  • Engineering Modelling 1
  • Environmental Systems and Sustainability
Year 2 ― Semester 1
  • Introduction to Water Engineering
  • Engineering Modelling 2
  • Environmental Modelling and Management
  • Environmental Pollution and Monitoring
Year 2 ― Semester 2
  • Engineering Project Management
  • Environmental and Climate Risk Analysis
  • Integrated Natural Hazard Risk Management
  • Level 2 electives
Year 3 ― Semester 1
  • Systems Engineering and Professional Practice
  • Soil and Groundwater Remediation
  • Water Resources Planning and Management
  • Professional Engineer Career Preparation
Year 3 ― Semester 2
  • Water Treatment and Reuse Applications
  • Hydrology and Flood Management
  • Environmental System Dynamics
  • Common core
Year 4 ― Semester 1
  • Engineering Research Project Part A or Engineering Internship A
  • Civil and Environmental Design Project
  • Decision Making for Sustainable Solutions
  • Level 4 electives
Year 4 ― Semester 2
  • Engineering Research Project Part B or Engineering Internship B
  • Climate Change Adaptation and Resilience
  • Professional Engineer Engagement with Professional Practice
  • Level 4 electives
Civil Engineering

Gain expertise in structural, water, geotechnical and transportation engineering. A common first year provides flexibility to switch engineering specialisations, with electives in structural mechanics, environmental sustainability and geotechnical design, plus an honours research project and industry-focused design project.

Year 1 ― Semester 1
  • Engineering Programming
  • Professional Engineering Practice
  • Engineering Geology and Surveying
  • Engineering Mathematics
Year 1 ― Semester 2
  • Engineering Modelling 1
  • Engineering Design and Prototyping
  • Construction Materials
  • Introduction to Engineering Mechanics
Year 2 ― Semester 1
  • Introduction to Water Engineering
  • Engineering Modelling 2
  • Mechanics of Materials and Structures
  • Soil Mechanics
Year 2 ― Semester 2
  • Road Design and Traffic Management
  • Introduction to Structural Design – Loads and Forms
  • Engineering Project Management
  • Discipline courses or Level 2 electives
Year 3 ― Semester 1
  • Reinforced Concrete Design
  • Water Engineering Hydraulics and Modelling
  • Systems Engineering and Professional Practice
  • Professional Engineer Career Preparation
Year 3 ― Semester 2
  • Geotechnical Engineering Design
  • Hydrology and Flood Management
  • Structural Steel Design
  • Common core
Year 4 ― Semester 1
  • Civil and Environmental Design Project
  • Engineering Research Project Part A or Engineering Internship A
  • Core selective
  • Discipline courses or Level 4 electives
Year 4 ― Semester 2
  • Numerical Methods in Geotechnical Design
  • Engineering Research Project Part B or Engineering Internship B
  • Professional Engineer Engagement with Professional Practice
  • Discipline courses or Level 4 electives
Electrical Engineering

Develop a strong foundation in electrical and electronic engineering theory and principles. Study circuits, power systems, control and signal processing, with a common first year for flexibility, plus an honours research project and industry placement in your final year.

Year 1 ― Semester 1
  • Engineering Programming
  • Electrical and Electronic Systems
  • Engineering Physics
  • Engineering Mathematics
Year 1 ― Semester 2
  • Engineering Design and Prototyping
  • Engineering Materials
  • Professional Engineering Practice
  • Engineering Modelling 1
Year 2 ― Semester 1
  • Circuit Analysis
  • Digital Fundamentals
  • Signals and Systems
  • Engineering Modelling 2
Year 2 ― Semester 2
  • Electronic Devices and Circuits
  • Electrical and Electronic Engineering Design
  • Engineering Project Management
  • Discipline courses or Level 2 electives
Year 3 ― Semester 1
  • Control Systems
  • Electromagnetic Engineering
  • Systems Engineering and Professional Practice
  • Professional Engineer Career Preparation
Year 3 ― Semester 2
  • Electrical Machines
  • Digital Systems Design
  • Digital Signal Processing
  • Common core
Year 4 ― Semester 1
  • Engineering Internship A or Engineering Research Project Part A
  • Electrical and Electronic Engineering Design Project
  • Electrical Power Systems
  • Discipline courses or Level 4 electives
Year 4 ― Semester 2
  • Engineering Internship B or Engineering Research Project Part B
  • Communication Principles
  • Professional Engineer Engagement with Professional Practice
  • Discipline courses or Level 4 electives
Mechanical Engineering

Gain hands-on experience through design-and-build projects across thermodynamics, fluids, materials and mechatronics. Explore electives in biomechanical engineering, advanced composites and renewable energy, with an honours research project and up to 12 weeks of industry placement.

Year 1 ― Semester 1
  • Engineering Design and Prototyping
  • Engineering Materials
  • Introduction to Engineering Mechanics
  • Engineering Mathematics
Year 1 ― Semester 2
  • Engineering Programming
  • Electrical and Electronic Systems
  • Engineering Modelling 1
  • Professional Engineering Practice
Year 2 ― Semester 1
  • Engineering Project Management
  • Mechanics of Materials
  • Mechanical Engineering Practice and Design Project
  • Mechatronics Foundations
Year 2 ― Semester 2
  • Engineering Modelling 2
  • Dynamics
  • Fluid Mechanics
  • Level 2 electives or Discipline courses
Year 3 ― Semester 1
  • Acoustics and Vibrations
  • Thermodynamics
  • Common core
  • Professional Engineer Career Preparation
Year 3 ― Semester 2
  • Mechanical Systems and Design Project
  • Applied Control Systems
  • Systems Engineering and Professional Practice
  • Level 3 electives
Year 4 ― Semester 1
  • Engineering Research Project Part A or Engineering Internship A
  • Computer-Aided Engineering and Design Project
  • Advanced Mechanics of Materials
  • Discipline courses or Level 4 electives
Year 4 ― Semester 2
  • Engineering Research Project Part B or Engineering Internship B
  • Professional Engineer Engagement with Professional Practice
  • Computational Fluid Dynamics or Finite Element Analysis
  • Discipline courses or Level 4 electives

Future Career Prospects

Career pathways vary by engineering specialisation. Common sectors include infrastructure, energy, manufacturing, consulting and technology.

Chemical Engineering
  • Agriculture and agrochemicals
  • Chemical manufacturing
  • Consumer products
  • Energy resources engineering
  • Green energy and fuels
  • Food and beverage
  • Healthcare and medical devices
  • Materials engineering
  • Mining and minerals processing
  • Petrochemicals
  • Pharmaceuticals and biotechnology
  • Research and development
  • Textiles and fibres
  • Water and waste management
Civil Engineering
  • Construction
  • Transportation
  • Water resources
  • Environmental engineering
  • Geotechnical engineering
  • Structural engineering
  • Mining engineering
  • Energy resources engineering
  • Urban planning and development
Electrical Engineering
  • Aerospace and defence
  • Automotive
  • Biomedical technology
  • Consulting and engineering services
  • Consumer electronics
  • Electronics manufacturing
  • Medical device manufacturing
  • Power generation, transmission and distribution
  • Renewable energy and smart grid technologies
  • Telecommunication networks and systems
  • Transportation (railways, aviation, maritime)
Environmental Engineering
  • Construction
  • Consulting
  • Environmental conservation and remediation
  • Environmental policy
  • Government
  • Marine and coastal management
  • Oil, gas and mining
  • Public health
  • Renewable energy
  • Transportation
  • Urban planning and development
  • Waste management and recycling
Mechanical Engineering
  • Aerospace and defence
  • Automotive
  • Biomedical technology
  • Construction and infrastructure
  • Consulting and engineering services
  • Consumer products and electronics
  • Energy resources engineering
  • Manufacturing
  • Medical device manufacturing
  • Renewable energy and smart grid technologies
  • Thermal and energy control in buildings
  • Mining engineering
  • Robotics and automation
  • Transportation and logistics

Estimated application deadline

Adelaide University 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 & July intake
Apply at least 3 months before course start

Illustrative planning window for your chosen February or July intake — confirm the exact closing date with Adelaide University or our advisors. Allow extra time for visa processing if you apply close to the deadline.

English tests
Book IELTS 6.5 early if needed

Allow time to retake if required before your intake so English proofs are ready with your application.

Official source: Intake dates and closing deadlines are set by Adelaide University and may change. Always verify on the official application channel before you commit.

Need accommodation?

Adelaide city and inner suburbs accommodation near Adelaide University. Message us to shortlist options that fit your budget.

Options near Adelaide City Campus and inner Adelaide include university accommodation, shared housing, and student rentals in the CBD, North Adelaide and surrounding suburbs. We shortlist leases that fit your budget and commute to class.

Rates below are per week in AUD. See living costs for monthly benchmarks. Unlock this section for the official Adelaide University accommodation page.

Adelaide monthly living expenses

Estimates for studying in Adelaide (monthly). The Australian Government advises international students to budget at least AUD 24,505 per year for living costs in Adelaide — about AUD 2,040 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

Rent
Accommodation / month
≈ RM —
Food
Food & groceries
≈ RM —
Transportation
Public transport (Myki)
≈ RM —
Mobile
Mobile plan
≈ RM —
Entertainment
Personal & misc.
≈ RM —
Total (monthly, indicative · ~AUD 30,000/year benchmark)
≈ RM —

Need guidance on your personal statement & Australian student visa?

Personal statement and visa support for your Adelaide University application — free advisory on WhatsApp.

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Application

How to Apply

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