ENGINEERING AND IT 2021 - GUIDE FOR SCHOOL LEAVERS - Melbourne ...
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ENGINEERING AND IT
2021
GUIDE FOR
SCHOOL LEAVERS
1
CONTENTS
WHY CHOOSE ENGINEERING OR IT? 4
HOW TO STUDY ENGINEERING AT MELBOURNE 6
HOW TO STUDY INFORMATION TECHNOLOGY
AT MELBOURNE 7
WHICH TYPE OF ENGINEERING IS FOR ME? 8
WHICH TYPE OF INFORMATION TECHNOLOGY
IS FOR ME? 9
BIOMEDICAL ENGINEERING 10
CHEMICAL AND BIOCHEMICAL ENGINEERING 12
CIVIL AND STRUCTURAL ENGINEERING 14
ELECTRICAL ENGINEERING 18
ENVIRONMENTAL ENGINEERING 20
INFORMATION TECHNOLOGY AND
SOFTWARE ENGINEERING 22
MECHANICAL ENGINEERING 28
MECHATRONICS ENGINEERING 30
SPATIAL ENGINEERING AND
INFORMATION TECHNOLOGY 32
STUDENT EXPERIENCE 34
INDUSTRY EXPERIENCE AND CAREERS 36
GET INVOLVED TODAY 37
YOUR STUDY OPTIONS 38
FEES, SCHOLARSHIPS AND HOW TO APPLY 40
ENTRY REQUIREMENTS 41
"I chose the University of Melbourne because of
the course structure. No other universities were
able to provide me with the variety of subjects
along with industry/research project and a
design project in the same course."
Kamya Mehta
Master of Engineering
(Chemical with Business)
2
WHY CHOOSE
MELBOURNE?
The world’s most ambitious
minds choose the University of
Melbourne, not just because we’re
ranked number one.
Our degrees aren’t like most others you’ll
find in Australia. They’re aligned with those
offered by many top universities worldwide.
Our unique curriculum, with its embedded
‘breadth’ studies, empowers you to choose
your direction and create a degree as unique
as you are. This means your Melbourne
experience is yours to shape. In a world
where careers and industries are evolving
at lightning speed, your independent and
innovative thinking will set you apart
from the rest.
Take the opportunity to study at our 200
partner institutions around the world. Our
connections within government and the
community as well corporate partnerships
will bridge the gap between study and work
with industry-based learning. At Melbourne
you’ll network with a diverse, multi-cultural
community of leading minds – your teachers
and peers – who will enrich your perspective
and broaden your horizons.
You’ll be ready to enter the workforce
career ready with an undergraduate
degree. Or you can go onto specialised
professional education at graduate level,
or even undertake a research degree.
A University of Melbourne degree will help
you build the right skills and global networks
to adapt to whatever lies ahead. A distinct
and outstanding education experience will
prepare you for success as leaders, change
agents and global citizens. You’ll achieve all
this while living in the heart of Melbourne –
one of the world’s most liveable cities.
As a world-leading university, employers
seek out our students. Our graduates
represent our greatest contribution
to the world.
We want you to come as you are and leave as
who you want to be. How else are you
going to make your mark on the world?
*Times Higher Education World
University Rankings 2020 3
WHY CHOOSE
ENGINEERING
OR INFORMATION
TECHNOLOGY?
ENGINEERING AND IT AT MELBOURNE
Our curriculum is designed to help graduates develop the
flexible mindset and strong technical skills required to solve
future challenges and make a difference on a global scale.
You’ll graduate with both an undergraduate and a professionally
accredited masters degree, giving you a higher level qualification
that is recognised by employers globally.
At Melbourne, you will be learning from world-leading researchers
who are working on groundbreaking innovations such as epileptic
seizure prediction, chemical blankets to protect our coral reefs,
and robots with a human touch.
Gain valuable industry experience, with internship opportunities,
real-world industry projects and exciting innovation challenges
with industry mentors.
Working alongside students from over 100 countries around
the world, you can start building your own global network at
Australia’s leading university.
WHAT IS ‘BREADTH’?
A breadth subject is one taken from outside your core studies or
major in your undergraduate degree. Some students use breadth to
explore something they've always been curious about. Others might
use breadth to improve their career prospects by complementing
their major with a language, communication skills or business
know-how.
Be inspired by leading researchers: Be internationally recognised:
Study at a university ranked Maximise your career opportunities
No. 41 worldwide1 for engineering around the world with Engineers Australia
and technology. and EUR-ACE accreditation, and more.
Be industry connected: Be flexible and focused:
The University is ranked No.7 in the world Have the flexibility to try different types
for graduate employability2. Participate of engineering or IT, or focus on your
in internships, industry projects and preferred field from day one.
innovation challenges.
1
QS World University Rankings by Subject 2020
4 2
QS Graduate Employability 2020
5
HOW TO STUDY ENGINEERING
AT MELBOURNE
To study engineering at Melbourne, you start with a three-year undergraduate degree, majoring in
your chosen field of engineering. Then you progress to the two-year Master of Engineering to become
an accredited engineer, enabling you to practice in Australia and around the world.
If you meet the maths and science entry You’ll graduate with a world-class masters
requirements for the Master of Engineering, qualification and a unique set of technical,
but haven’t completed the required analytical, business and interpersonal skills
engineering subjects in your undergraduate to give your career a competitive edge.
degree, you will be eligible for the three-year
Master of Engineering program.
SCHOOL LEAVERS SCHOOL LEAVERS
MELBOURNE DEGREES (3 YEARS) Any Bachelor Degree
from a recognised
Bachelor of Biomedicine Bachelor of Design Bachelor of Science tertiary institution
» Complement your » Explore how we interact » Understand how science
engineering skills with with the world underpins engineering
medical knowledge » Rethink the way we » Complement your Must include
» Contribute to issues approach our cities, major with studies in Linear Algebra
that create, sustain public spaces, transport, genetics, ecology, food and Calculus 2 or
and threaten life. technology, digital spaces science, neuroscience equivalents, along
and the environment. and more. with 2 science subjects
Major: relevant to intended
» Bioengineering Systems. Majors: Majors: specialisation.
3 YEARS
3 YEARS
» Civil Systems » Bioengineering Systems
» Mechanical Systems » Chemical Systems
» Spatial Systems. » Civil Systems Bachelor of
» Computing and Commerce
Software Systems » Use your
» Electrical Systems breadth to
» Environmental complete 4
Engineering Systems prerequisite
» Mechanical Systems subjects.
» Mechatronics Systems » See page 38 for
» Spatial Systems. more information.
Exit to
MASTER OF ENGINEERING (2 YEARS)
employment
Technical specialisations: Biomedical, Biochemical, Chemical,
2–3 YEARS
2–3 YEARS
Duration of Master
Civil, Electrical, Environmental, Mechanical, Mechanical with of Engineering will vary
Aerospace, Mechatronics, Software, Spatial, Structural. from 2–3 years depending
‘With Business’ specialisations: Biomedical, Chemical, Civil, on amount of credit
Electrical, Mechanical, Software. obtained from prior study.
Exit to employment
with professional Graduate Research Degrees
accreditation Master of Philosophy (MPhil)
Doctor of Philosophy (PhD)
6
HOW TO STUDY INFORMATION
TECHNOLOGY AT MELBOURNE
You can study an IT major or subjects focusing on IT in your undergraduate degree. Then you can advance
your career with a masters degree. Some of our specialisations, such as mechatronics, software and spatial,
are a blend of engineering and IT.
As an IT student, you’ll experience a You will be equipped to work in diverse
curriculum designed in consultation with settings, from your own start-up to
leading IT industry decision-makers and multinational corporations, government
taught by world-leading experts, with and the not-for-profit sector.
opportunities for industry placements.
SCHOOL LEAVERS SCHOOL LEAVERS
MELBOURNE DEGREES Any Bachelor Degree
from a recognised
Bachelor of Science Bachelor of Design IT as breadth tertiary institution
Majors: Majors: » in any Melbourne degree.
3 YEARS
» Computing and » Computing
Software Systems » Digital Technologies Diploma in Computing
» Data Science » Spatial Systems. An extra semester to
» Mechatronics Systems complement your degree.
» Spatial Systems.
Exit to
GRADUATE COURSEWORK
employment
Master of Master of Master of Master of Master
Engineering Information Information Computer of Data
» Mechatronics Systems Technology Science Science
» Software » Health » Artificial » Graduate » Graduate
» Professional Intelligence Certificate Diploma
1–3 YEARS
» Software with
Business » Research.1 » Computing in Computer in Data
» Spatial. » Cybersecurity Science Science.
» Distributed » Graduate
Computing Diploma in
» Human-Computer Computer
Interaction Science.
» Spatial.
2–4 YEARS
Exit to employment with Graduate Research Degrees
professional accreditation
Master of Philosophy (MPhil)
Doctor of Philosophy (PhD)
1
Research options are available for eligible students
7
WHICH TYPE OF
ENGINEERING IS FOR ME?
Engineers use creativity, analytical skills and scientific understanding to find solutions to critical problems in health,
energy, infrastructure, information technology, the environment, communications, transport, robotics and more.
If you love innovation and discovering how things work, or are passionate about inventing, designing and creating
solutions for society, take the first step to a global career as an accredited engineer at Melbourne.
I’M INTERESTED IN MY CAREER GOALS HOW TO GET THERE
Biology, health and maths A biomedical engineer in Start with the Bioengineering Systems major in the
biotechnology, hospitals Bachelor of Biomedicine or Science, followed by the Master
and start-ups. of Engineering (Biomedical) or (Biomedical with Business)
to become an accredited engineer. See page 10.
Chemistry and maths A chemical or biochemical Choose the Chemical Systems major in the Bachelor of
engineer in bioremediation, Science, then complete a Master of Engineering (Chemical),
food, pharmaceuticals, fuels, (Chemical with Business) or (Biochemical) to become an
recycling, waste or water accredited engineer. See page 12.
treatment.
Environmental studies, An environmental engineer in Start with the Environmental Engineering Systems major
physics and maths conservation, renewable energy, in the Bachelor of Science, then complete the Master of
mining, resource planning and Engineering (Environmental) to become an accredited
water resources. engineer. See page 20.
Geography and maths A spatial engineer in Choose the Spatial Systems major in the Bachelor of
sustainability, smart cities, Science or Design. Then complete a Master of Engineering
property, construction, (Spatial) to become an accredited engineer. If IT is your
transport and mining. focus, choose the Master of Information Technology
(Spatial). See page 32.
Physics and maths A civil or structural engineer Study the Civil Systems major in the Bachelor of Design
in construction, oil and gas, or Science. Then choose between a Master of Engineering
transport and water resources. (Civil), (Civil with Business) or (Structural) to become an
accredited engineer. See page 14.
Physics and maths An electrical engineer Choose the Electrical Systems major in the Bachelor of
in automation, aviation, Science, followed by the Master of Engineering (Electrical)
power generation and or (Electrical with Business) to become an accredited
telecommunications. engineer. See page 18.
Physics and maths A mechanical engineer in Start with the Mechanical Systems major in the Bachelor
aerospace, biomechanics, of Science or Design. Then complete the Master of
manufacturing, minerals, Engineering (Mechanical), (Mechanical with Business) or
energy, robotics and transport. (Mechanical with Aerospace) to become an accredited
engineer. See page 32.
Physics, programming and maths A mechatronics engineer in Study the Mechatronics Systems major in the Bachelor
aeronautics, automotive, of Science, followed by the Master of Engineering
computing, robotics and (Mechatronics) to become an accredited engineer.
transport. See page 30.
Programming A software engineer in Start with an undergraduate degree, choosing the
and maths cybersecurity, disaster Computing and Software Systems major in the Bachelor of
management, financial services, Science or the Computing major in the Bachelor of Design.
healthcare, telecommunications Then complete the Master of Engineering (Software)
and transport. or (Software with Business) to become an accredited
engineer. See page 22.
8
WHICH TYPE OF INFORMATION
TECHNOLOGY IS FOR ME?
Revolutionise business, entertainment and health with an IT degree from Melbourne. You'll develop technical
and professional skills that will keep you agile in a constantly evolving industry.
At Melbourne, there are many different ways to study IT. You can major in IT during your bachelors degree,
or advance your expertise at a masters level. See pages 22 – 27 for more information.
I’M INTERESTED IN MY CAREER GOALS HOW TO GET THERE
Designing programming platforms, and AI Software engineer Start with the Computing and Software Systems major in the
Bachelor of Science, followed by the Master of Engineering
(Software) or (Software with Business) to become an
accredited engineer.
Protecting myself and the Cybersecurity expert Start with the Computing and Software Systems major in
world in cyberspace the Bachelor of Science. Or, choose the Computing major
in the Bachelor of Design. Then, complete the Master of
Information Technology, specialising in Cybersecurity.
Front-end web design, User experience specialist Choose the Computing major in the Bachelor of Design to
programming and usability focus on the technical aspects of web design, or choose the
Digital Technologies major to focus on usability of digital
design. Then, you could give your career a competitive edge
with the Master of Information Technology, studying the
Human- Computer Interaction specialisation, or the Master
of Information Systems to focus on digital business.
Robotics and automation Mechatronics or Start with the Mechatronics Systems major in the
robotics engineer Bachelor of Science, followed by the Master of Engineering
(Mechatronics) to become an accredited engineer.
See page 30.
Mapping, smart cities and Spatial engineer or Start with the Spatial Systems major in the Bachelor of
Internet of Things geospatial analyst Design or Science. Then, to become an accredited engineer,
complete the Master of Engineering (Spatial). Or to advance
your career in IT, study the Spatial specialisation in the
Master of Information Technology. See page 32.
Improving business processes with IT Business analyst or Start with any bachelor degree, followed by the
consultant Master of Information Systems.
Using data to drive decision making Data scientist Start with the Data Science major in the Bachelor of Science.
To advance your career, continue your studies with the
Master of Data Science.
Technical computing, programming Computer scientist Study the Computing and Software Systems major in the
and algorithms and AI Bachelor of Science, followed by the Master of Computer
Science or the Computing specialisation in the Master of
Information Technology.
Using data-driven approaches to Bioinformatician Start with the Bachelor of Biomedicine, or the Bachelor of
understand biological systems Science majoring in Biology, Bioengineering Systems, Data
Science or Mathematics and Statistics. Then complete the
Master of Science (Bioinformatics).
Improving health outcomes with IT Health informatician Start with any bachelor degree at Melbourne, followed
by the Master of Information Systems, specialising in Health.
9
BIOMEDICAL
ENGINEERING
Meet the health challenges of the future with a degree in biomedical engineering. As life expectancies increase,
engineers, doctors and clinicians are working together to ensure our bodies can take us further than ever before.
What is biomedical engineering? Our world-leading biomedical engineering research:
Biomedical engineers blend biomedical
science with engineering techniques to
create healthcare solutions.
Bionic eye Brain-computer Bioprinting
Low-cost interfaces and tissue
prosthetics engineering
STUDENT EXPERIENCE YOUR CAREER
As a biomedical engineering student, Access career opportunities as a biomedical
you’ll have access to internships, visit local engineer in industries such as biotechnology,
research institutes and hospitals and work hospitals, R&D, startups, pharmaceuticals,
on projects with real-world outcomes for medical devices and other health services.
patients and clinicians. Want to create your Our biomedical engineering graduates are
own biomedical devices or parts? Access working at organisations such as the Bionics
our state-of-the-art 3D printing facilities, and Institute, Cerner Corporation, Eastern
fabricate your own biomedical components, Health, Royal Children’s Hospital and
from prosthetics to pacemakers. Toshiba Medical Systems.
"The Melbourne curriculum gives you the
flexibility to gain exposure to your chosen
degree, and room to switch study/career
pathways if you decide to. I used this to
my advantage switching from studying
anatomy to engineering!
I have done four internships so far. They
have been great opportunities to gain work
experience and get a taste of what life after
university will be like."
Wenn Lynn Ooi
Master of Engineering
(Biomedical with Business)
Bachelor of Biomedicine
Secondary school
Bachelor of Biomedicine
or Science
Master of Engineering
Accredited biomedical
engineer
10STEP 1: STUDY BIOENGINEERING SYSTEMS
Bachelor of Biomedicine (Bioengineering Systems Major)
Year 1 Semester 1 Biology: Calculus 2 Discovering Biomedical Engineering Technology
Life's Machinery Science and Society
Semester 2 Chemistry for Linear Algebra Exploring Biomedical Breadth
Biomedicine Science
Year 2 Semester 1 Applied Computation in Molecular and Cellular Biomedicine Breadth
Bioengineering
Semester 2 Engineering Mathematics Human Structure and Function Breadth
Year 3 Semester 1 Mechanics for Circuits and Systems Biomedicine: Breadth
Bioengineering Molecule to Malady
Semester 2 Introduction to Biosystems Design Frontiers in Biomedicine Breadth/Elective
Biomaterials
OR Bachelor of Science (Bioengineering Systems Major)
Year 1 Semester 1 Engineering Technology Calculus 2 Biology: Life's Breadth
and Society Machinery
Semester 2 Engineering Modelling Linear Algebra Chemistry 1 Breadth
and Design
Year 2 Semester 1 Engineering Mathematics Applied Computation Science Elective Breadth
in Bioengineering
Semester 2 Anatomy and Physiology Science Elective Science Elective Breadth
for Bioengineering
Year 3 Semester 1 Mechanics for Circuits and Systems Science Elective Breadth/Elective
Bioengineering
Semester 2 Introduction to Biosystems Design Breadth/Elective Breadth
Biomaterials
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Biomedical)
Year 1 Semester 1 Biomechanics Bioengineering Data Bioinstrumentation Biomedical Engineering
Analytics Management and
Regulations
Semester 2 Biofluid Mechanics Biosignal Processing Critical Communication Bioengineering Elective
for Engineers /
Creating Innovative
Engineering /
Creating Innovative
Professionals
Year 2 Semester 1 Research Project Elective Bioengineering Elective Approved Elective
Semester 2 Bioengineering Elective Approved Elective
OR Master of Engineering (Biomedical with Business)
Year 1 Semester 1 Biomechanics Bioengineering Data Bioinstrumentation Biomedical Engineering
Analytics Management and
Regulations
Semester 2 Biofluid Mechanics Biosignal Processing Engineering Contracts The World of Engineering
and Procurement Management
Year 2 Semester 1 Biomedical Engineering Strategy Execution for Economic Analysis for Bioengineering Elective
Capstone Project Engineers Engineers
Semester 2 Bioengineering Elective Bioengineering Elective Marketing Management
for Engineers
Core subject Elective subject With Business subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
11CHEMICAL AND BIOCHEMICAL
ENGINEERING
With a degree in chemical or biochemical engineering, you’ll help meet the world’s
growing need for food, energy and water, while preserving the natural environment.
What is chemical and Our world-leading chemical and biochemical engineering research:
biochemical engineering?
Chemical and biochemical engineers
use their understanding of chemistry
and biology to create solutions in
environmental remediation, energy
supply, food and pharmaceutical Generating Less waste Keeping Batteries
production and water recycling. biofuels from in yoghurt Antarctica that last
algae production clean longer
STUDENT EXPERIENCE YOUR CAREER
As a chemical engineering student, Access career opportunities as a chemical No.32 in the world for
you’ll have access to guest lectures from or biochemical engineer in industries
32 Chemical Engineering*
industry and take part in site visits. You’ll such as manufacturing, cosmetics, food
have the opportunity to work on industry and beverage production, oil and gas,
projects, where you can build connections pharmaceuticals and waste and water
with organisations working in minerals treatment. Our engineering graduates are
processing, food and beverage, water working at organisations such as Bulla Dairy
resources and oil and gas. Foods, Carlton & United Breweries, CSL,
ExxonMobil, Mars Chocolate Australia
and Melbourne Water.
"I work in energy efficiency for a consulting
firm. Right now I'm managing two dairy
sites, one sewage treatment and one fruit
preserving company. Having a biochemical
background has really helped me understand
the processes behind each industry that
I'm working in.
Sasha Finn
Master of Engineering
(Biochemical)
Secondary school
Bachelor of Science
Master of Engineering
Accredited chemical or
biochemical engineer
*QS World
University
Rankings by
Subject 2020
12STEP 1: STUDY CHEMICAL SYSTEMS
Bachelor of Science (Chemical Systems Major)
Year 1 Semester 1 Engineering Calculus 2 Chemistry 1 Breadth
Technology and Society
Semester 2 Engineering Linear Algebra Chemistry 2 Breadth / Science
Modelling and Design Elective
Year 2 Semester 1 Transport Processes Chemistry: Reactions Science Elective Breadth
and Synthesis
Semester 2 Chemical Process Material and Energy Engineering Mathematics Breadth
Analysis Balances
Year 3 Semester 1 Reactor Engineering Heat and Mass Transport Science Elective Breadth
Processes
Semester 2 Fluid Mechanics Safety and Sustainability Science Elective Breadth
Case Studies
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Chemical)
Year 1 Semester 1 Creating Innovative Chemical Engineering Bioprocess Engineering Chemical Engineering
Engineering Thermodynamics Management
Semester 2 Process Equipment Process Dynamics and Chemical Engineering Research Project /
Design Control Industry Project
Year 2 Semester 1 Particle Mechanics and Process Engineering Advanced Heat and Mass Chemical Engineering
Processing Transport Processes Elective
Semester 2 Chemical Engineering Design Project Chemical Engineering Chemical Engineering
Elective Elective
OR Master of Engineering (Biochemical)
Year 1 Semester 1 Creating Innovative Chemical Engineering Bioprocess Engineering Chemical Engineering
Engineering Thermodynamics Management
Semester 2 Process Equipment Process Dynamics and Biochemical Engineering Research Project /
Design Control Industry Project
Year 2 Semester 1 Particle Mechanics and Process Engineering Food Engineering Biochemical Engineering
Processing Elective
Semester 2 Biochemical Engineering Design Project Biochemical and Biochemical Engineering
Pharmaceutical Elective
Engineering
OR Master of Engineering (Chemical with Business)
Year 1 Semester 1 Chemical Engineering Bioprocess Engineering Economic Analysis for Chemical Engineering
Elective Engineers Thermodynamics
Semester 2 World of Engineering Process Dynamics and Process Equipment Engineering Contracts
Management Control Design and Procurement
Year 2 Semester 1 Chemical Engineering Research Project / Process Engineering Chemical Engineering
Industry Project Elective
Semester 2 Chemical Engineering Design Project Strategy Execution for Marketing Management
Engineers for Engineers
Core subject Elective subject With Business subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
13CIVIL AND STRUCTURAL
ENGINEERING
Reimagine our cities in a growing world with a degree in civil or structural engineering. Prepare regions,
cities and towns to handle increasing populations, finite resources and extreme events.
What is civil and structural Our world-leading civil and structural engineering research:
engineering?
Civil engineering can cover a broad range
of areas, such as transport, environmental
and geotechnical engineering. Structural
engineering is a specialised type of
civil engineering that focuses on the Prefabricated Going underground How nanoclay stops
design and maintenance of load-bearing housing for green energy cladding fires from
structures.
spreading
STUDENT EXPERIENCE YOUR CAREER
As a civil engineering student, you’ll have You could work as a civil or structural No.15 in the world for
access to internships, engage with industry engineer in industries such as aerospace,
15 Civil and Structural
professionals and work on projects such as construction, oil and gas, transport and Engineering*
detecting cracks in bridges using drones. water resources. Our engineering graduates
You could even gain insight into what are working in organisations such as
it’s like working as a structural engineer, AECOM, BHP Billiton, City West Water,
working on a real-world problem provided Golder Associates, Melbourne Metro Rail
by an industry guest lecturer. Authority and Shell.
14 *QS World University Rankings by Subject 2020"Coming into university, I was not sure
whether I wanted to do architecture or
engineering. Studying the Bachelor of
Design gave me the option to test out both
worlds. I was able to take a mix of subjects
in each discipline, to see which I enjoyed
the most – from maths and science, to
architectural history and digital design.
It gave me the time and flexibility I needed
to make the right decision, ultimately
where I would choose to continue
with a Master of Engineering."
Dale Wines
Master of Engineering (Civil)
Bachelor of Design
15STEP 1: STUDY CIVIL SYSTEMS
Bachelor of Design (Civil Systems Major)
Year 1 Semester 1 Calculus 1 Design Elective Design Elective Breadth
Semester 2 Calculus 2 Statics Design Elective Breadth
Year 2 Semester 1 Engineering Mechanics Linear Algebra Design Elective Breadth
Semester 2 Engineering Materials Earth Processes for Engineering Mathematics Breadth
Engineering
Year 3 Semester 1 Fluid Mechanics Engineering Risk Analysis Design Elective Breadth / Design Elective
Semester 2 Systems Modelling and Structural Theory and Design Elective Breadth / Design Elective
Design Design
OR Bachelor of Science (Civil Systems Major)
Year 1 Semester 1 Engineering Calculus 1 Science Elective Breadth
Technology and Society
Semester 2 Engineering Calculus 2 Science Elective Breadth
Modelling and Design
Year 2 Semester 1 Engineering Mechanics Linear Algebra Science Elective Breadth
Semester 2 Engineering Materials Earth Processes for Engineering Mathematics Breadth
Engineering
Year 3 Semester 1 Fluid Mechanics Engineering Risk Analysis Breadth/Elective Breadth
Semester 2 Systems Modelling & Structural Theory & Science Elective Breadth / Science Elective
Design Design
Core subject Elective subject Breadth subject
16STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Civil)
Year 1 Semester 1 Structural Theory and Sustainable Engineering Site Geotechnical
Design 2 Infrastructure Characterisation Engineering
Engineering
Semester 2 Engineering Project Civil Hydraulics Transport Systems System Modelling
Implementation and Design
Year 2 Semester 1 Engineering Capstone Integrated Design Civil Engineering Elective Civil Engineering
Project Part 1 (Infrastructure) Elective
Semester 2 Engineering Capstone Construction Engineering Civil Engineering Elective Civil Engineering
Project Part 2 Elective
OR Master of Engineering (Structural)
Year 1 Semester 1 Structural Theory and Sustainable Engineering Site Geotechnical
Design 2 Infrastructure Characterisation Engineering
Engineering
Semester 2 Engineering Project Steel and Composite Systems Modelling and Structural Engineering
Implementation Structures Design Design Elective
Year 2 Semester 1 Engineering Capstone Integrated Design Structural Engineering Structural Engineering
Project Part 1 (Infrastructure) / Elective Elective
Integrated Design (Civil)
Semester 2 Engineering Capstone Construction Engineering Structural Engineering Structural Engineering
Project Part 2 Elective Elective
OR Master of Engineering (Civil with Business)
Year 1 Semester 1 Structural Theory and Sustainable Engineering Site Geotechnical
Design 2 Infrastructure Characterisation Engineering
Engineering
Semester 2 Engineering Project Civil Hydraulics Transport Systems Marketing Management
Implementation for Engineers
Year 2 Semester 1 Strategy Execution for Engineering Capstone World of Engineering Economic Analysis for
Engineers Project Part 1 Management Engineers
Semester 2 Engineering Contracts Engineering Capstone Integrated Design (Civil) Construction Engineering
and Procurement Project Part 2
Core subject Elective subject With Business subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
17ELECTRICAL
ENGINEERING
Electrical systems power our everyday lives, from energy efficient power grids to life-changing medical devices.
Learn to design, build and improve these valuable systems with a degree in electrical engineering.
What is electrical and Our world-leading electrical engineering research:
electronic engineering?
Electrical engineers design and manage
the electrical systems used in automation,
surveillance, energy conversion, power
distribution, telecommunications and
information processing. Electronic Bionic Predicting Using lasers to Community
engineers focus on small-scale electronic implants epileptic seizures, help the blind see microgrids to
systems, such as computers and efficiently share
just like the
integrated circuits.
weather renewable
energy
STUDENT EXPERIENCE YOUR CAREER
As an electrical engineering student, You could work as an electrical engineer
you’ll have access to internships, build in industries such as aviation, broadcast No.36 in the world for
36 Electrical and Electronic
electronic devices such as handheld games or sound engineering, power generation
consoles and work on real-world projects, and transmission and telecommunications. Engineering*
such as smart meters or drones. Our engineering graduates are working
in organisations such as Accenture,
AECOM, Deloitte, ExxonMobil, Google,
Tesla and Telstra.
"I focused on Electrical Engineering
as I saw it to be a challenge, that would
help me progress toward the renewable
energy industry, provide me computing
experience and open myself to new
opportunities. The project-based learning
has been fantastic as it enables us to
apply the theory we have learnt."
Inushka Dassanayake
Master of Engineering
(Electrical)
Bachelor of Science
Secondary school
Bachelor of Science
Master of Engineering
Accredited electrical
engineer
*QS World
University
Rankings by
Subject 2020
18STEP 1: STUDY ELECTRICAL SYSTEMS
Bachelor of Science (Electrical Systems Major)
Year 1 Semester 1 Engineering Calculus 2 Physics 1 Breadth
Technology and Society
Semester 2 Engineering Linear Algebra Physics 2: Physical Breadth
Modelling and Design Science and Technology
Year 2 Semester 1 Engineering Engineering Mathematics Digital Systems Breadth
Computation
Semester 2 Foundations of Electrical Science Elective Science Elective Breadth
Networks
Year 3 Semester 1 Signals and Systems Electrical Network Science Elective Breadth / Science Elective
Analysis and Design
Semester 2 Electrical Device Electronic System Breadth/Elective Breadth
Modelling Implementation
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Electrical)
Year 1 Semester 1 Probability and Random Creating Innovative Electronic Circuit Design Introduction to Power
Models Engineering Engineering
Semester 2 Communication Systems Signal Processing Embedded System Control Systems
Design
Year 2 Semester 1 Electrical Engineering Electrical Engineering Electrical Engineering Approved Elective
Capstone Project Elective Elective
Semester 2 Electrical Engineering Electrical Engineering Approved Elective
Elective Elective
OR Master of Engineering (Electrical with Business)
Year 1 Semester 1 Probability and Random Control Systems Introduction to Power Economic Analysis for
Models Engineering Engineers
Semester 2 Communication Systems Electronic Circuit Design Embedded System Signal Processing
Design
Year 2 Semester 1 World of Engineering Strategy Execution for Electrical Engineering Electrical Engineering
Management Engineers Capstone Project Elective
Semester 2 Engineering Contracts Marketing Management Electrical Engineering
and Procurement for Engineers Elective
Core subject Elective subject With Business subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
19ENVIRONMENTAL
ENGINEERING
Improve the liveability of our cities and sustainability of our resources with a degree in environmental
engineering. Tackle the challenges we face in water shortage, climate change and waste management.
What is environmental engineering? Our world-leading environmental engineering research:
Environmental engineers design and
build sustainable solutions to problems
such as climate change, water scarcity,
renewable energy and bushfire
management.
Exploring the Taking the Turning any Digital
birthplace of sludge out of water into vineyards
monster waves wastewater drinking water
STUDENT EXPERIENCE YOUR CAREER
As an environmental engineering student, You could work as an environmental
you’ll have access to internships and engage engineer in industries such as conservation,
with consultants who work on projects renewable energy, mining, oil and gas,
around the world, including China, Vietnam, waste management and water resources.
Thailand, Nepal, Sri Lanka and India. Our engineering graduates are working in
You’ll also have the flexibility to choose organisations such as Alluvium Consulting,
your environmental engineering focus Bureau of Meteorology, Jacobs, Melbourne
– developing expertise in energy, waste Water and Woodside Energy.
management or water resources.
“I enjoyed the broad range of
disciplines the course offered including
water resource management, waste
management and renewable energy.
I was inspired and encouraged to apply
my knowledge to real-life projects
and to seek connections between
theory and practice. I gained industry
experience during my degree, working
collaboratively with South East Water
and Water Technology to solve real
engineering problems.”
Charles Lee
Master of Engineering
(Environmental) 2017
Secondary school
Bachelor of Science
Master of Engineering
Accredited
environmental
engineer
20STEP 1: STUDY ENVIRONMENTAL SYSTEMS
Bachelor of Science (Environmental Systems Major)
Year 1 Semester 1 Biology: Life's Machinery Calculus 2 Science Elective Breadth
Semester 2 Engineering Linear Algebra Genetics and the Breadth
Modelling and Design Evolution of Life
Year 2 Semester 1 Analysis of Biological Engineering Mathematics Engineering Breadth
Data Computation
Semester 2 Earth Processes for Engineering Mechanics Thinking Scientifically Breadth
Engineering
Year 3 Semester 1 Fluid Mechanics Intro to Sustainable Breadth/Elective Breadth
Water Management
Semester 2 Environmental Environmental Systems Land Administration Breadth /
Engineering Systems Modelling and Design Systems Science Elective
Capstone
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Environmental)
Year 1 Semester 1 Quantitative Civil Hydraulics Spatial Information International River Basin
Environmental Modelling Programming Management
Semester 2 Monitoring Environmental Engineering Hydrology Environmental System
Environmental Impacts Analysis Tools Modelling and Design
Year 2 Semester 1 Engineering Capstone Environmental Environmental Environmental
Project Part 1 Engineering Elective Engineering Elective Engineering Elective
Semester 2 Engineering Capstone Engineering Project Environmental Environmental
Project Part 2 Implementation Engineering Elective Engineering Elective
Core subject Elective subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
21INFORMATION TECHNOLOGY
AND SOFTWARE ENGINEERING
Transform the future of business, health, communication and entertainment
with a degree in IT or software engineering from Melbourne.
What is information technology and Our world-leading computing and information systems research:
software engineering?
Transform the future of business, health
and entertainment. Use your knowledge
in programming, artificial intelligence and
cloud computing to create and manage
software systems, from niche mobile Ageing in a Insertable Digital Greener cloud
apps to large enterprise systems. virtual world technology connectivity, computing
crime and privacy
SOFTWARE ENGINEERING
STUDENT EXPERIENCE YOUR CAREER
1 32
As a software engineering student, you’ll Access career opportunities as a software
have access to internships, deliver a engineer in industries such as games and
software solution for an industry client and entertainment, cybersecurity, disaster No. 1 in Australia and No. 32 in
hear from industry practitioners in guest management, financial services, healthcare the world for Computer
lectures. You’ll use state-of-the-art software and transport. Our engineering graduates Science and Information
technologies and frameworks to develop are working in organisations such as ANZ, Systems*
software solutions to real-world problems. Deloitte, Microsoft and Telstra.
“The soft skills I've learnt such as teamwork,
leadership and communication have been
awesome. On the more technical side, the
University has given me a very strong
grasp of computer science and engineering
fundamentals that I can use as a basis
for the rest of my career.”
Sam Webster
Master of Engineering (Software)
Bachelor of Science
Secondary school
Bachelor of Design or
Science
Master of Engineering
Accredited software *QS World
University
engineer Rankings by
Subject 2020
22INFORMATION TECHNOLOGY
STUDENT EXPERIENCE YOUR CAREER "The University of Melbourne has excellent
networks with industry meaning that
Engage with technologies such as virtual Build a career as an app developer, data there are many opportunities to develop
and augmented reality, computer games analyst, digital copywriter, games developer, my future career path and receive advice
and build skills in 2D and 3D computer IT consultant, data scientist and more. from top companies in the industry.
graphics, usability, accessibility and more.
Choose from specialisations in artificial I have enjoyed the creativity and
intelligence, computing, cybersecurity, innovation of the Master of Information
distributed computing, human-computer Technology. The design of each subject
interaction or spatial to tailor your study has empowered me to think outside of
to your career goals and interests. the box, and develop a problem-solving
mindset, professional standards,
critical thinking and teamwork skills."
Ziping (Pamela) Gao
Master of Information Technology
Bachelor of Commerce
23BACHELOR OF SCIENCE PATHWAY
STEP 1: STUDY COMPUTING AND SOFTWARE SYSTEMS
Bachelor of Science (Computing and Software Systems Major)
Year 1 Semester 1 Foundations of Calculus 1 Science Elective Breadth
Computing
Semester 2 Foundations of Calculus 2 Science Elective Breadth
Algorithms
Year 2 Semester 1 Design of Algorithms Science Elective Science Elective Breadth
Semester 2 Object Oriented Database Systems Science Elective Breadth
Software Development
Year 3 Semester 1 Software Modelling Computer Systems Science Elective Breadth / Science Elective
and Design
Semester 2 IT Project Models of Computation Breadth/Elective Breadth
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Software)*
Year 1 Semester 1 Software Requirements Software Processes and Critical Communication CIS Foundation Elective
Analysis Management for Engineers/
Creating Innovative
Engineering
Semester 2 Masters Software Security & Software CIS Advanced Elective CIS Advanced Elective
Engineering Project Testing
Year 2 Semester 1 Masters Advanced High Integrity Systems Modelling Complex CIS Advanced Elective
Software Project Engineering Software Systems
Semester 2 Software Design and CIS Advanced Elective CIS Advanced Elective
Architecture
OR Master of Information Technology (Example specialisation: Cybersecurity)
Year 1 Semester 1 Distributed Systems Software Processes and Introduction to Machine Elective
Management Learning
Semester 2 Cryptography and Security and Software Web Security Security Analytics
Security Testing
Year 2 Semester 1 High Integrity Systems Elective Computing Project
Engineering
OR Master of Computer Science
Year 1 Research Choose at least two of: Choose up to five electives, focusing on areas such as:
Methods
- Knowledge Technologies - Advanced Computer Science
- Declarative Programming - Artificial Intelligence
- Distributed Computing - Cybersecurity
- AI Planning for Autonomy - Human-Computer Interaction
- Evaluating the User Experience - Programming Languages and Distributed Computing
- Foundations of Spatial Information - Spatial Information
Year 2 Computer Science Research Project
Core subject Elective subject Foundation selectives
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
24BACHELOR OF DESIGN PATHWAY
STEP 1: STUDY COMPUTING
Bachelor of Design (Computing Major)
Year 1 Semester 1 Media Computation Calculus 1 Design Elective Breadth
Semester 2 Foundations of Calculus 2 Design Elective Breadth
Algorithms
Year 2 Semester 1 Design of Algorithms Elements of Data Design Elective Breadth
Processing Design
Semester 2 Database Systems Design Elective Design Elective Breadth
Year 3 Semester 1 Web Information Computer Systems Design Elective Breadth / Design Elective
Technologies
Semester 2 Graphics and Interaction IT Project Design Elective Breadth / Design Elective
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Software)*
Year 1 Semester 1 Object Oriented Software Critical Communication Models of Computation Software Requirements
Design for Engineers / Analysis
Creating Innovative
Engineering
Semester 2 Masters Software Software Modelling and Software Processes and Security and Software
Engineering Project Design Management Testing
Year 2 Semester 1 Masters Advanced High Integrity Systems CIS Elective CIS Advanced Elective
Software Project Engineering
Semester 2 Software Design and CIS Advanced Elective CIS Advanced Elective
Architecture
Year 3 Semester 1 Modelling Complex CIS Advanced Elective CIS Advanced Elective
Software Systems
Core subject Elective subject
*OR Master of Engineering (Software with Business)
Your course plan will be the same as the Master of Engineering (Software), except you'll replace five elective subjects with business subjects:
World of Engineering Management; Engineering Contracts and Procurement; Marketing Management for Engineers; Economic Analysis for
Engineers; and Strategy Execution for Engineers.
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
25DATA SCIENCE
Over the past decade there has been an explosion in the amount of data captured from mobile phones,
the internet, sensors and instruments. Capturing this data is big business, but how do we make sense of it all?
DATA SCIENCE MAJOR STUDENT EXPERIENCE YOUR CAREER
Develop a strong foundation in the statistical As a data science student, you'll learn You could work as a data analyst or business
aspects of data science, including data to integrate and apply statistical and intelligence analyst in a broad range of
collection, data mining, modelling and computational principles to solve real-world sectors, including government, business,
inference. Using the principles of computer problems with large-scale data sets. With a sports, academia and more.
science, you'll gain a strong understanding growing digital economy, you can be a part Following a major in data science, you
of algorithms, data structures, data of shaping how we understand different could enter the workforce, or continue to
management and machine learning. You'll industries and how we can use data to the Master of Data Science. Go from data
use these tools to measure how data is improve processes. analyst to data scientist with industry-based
changing industries and how you can analyse experience built in to your course.
You can also join student societies to meet
data to understand modern life.
students interested in data science, attend
events and workshops, and connect with
research and industry partners.
STEP 1: STUDY DATA SCIENCE
Bachelor of Science (Data Science Major)
Year 1 Semester 1 Foundations of Calculus 2 Science Elective Breadth
Computing
Semester 2 Foundations of Linear Algebra Science Elective Breadth
Algorithms
Year 2 Semester 1 Elements of Data Probability Science Elective Breadth
Processing
Semester 2 Statistics Science Elective Science Elective Breadth
Year 3 Semester 1 Linear Statistical Models Machine Learning Breadth/Elective Breadth
Semester 2 Modern Applied Statistics Applied Data Science Science Elective Breadth / Science Elective
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Data Science
Year 1 Semester 1 Advanced Database Cluster and Cloud Statistical Modelling for Data Science Project
Systems Computing Data Science
Semester 2 Statistical Machine Computational Statistics Multivariate Statistics for
Learning for Data Science Data Science
Year 2 Semester 1 Elective Elective Elective Elective
Core subject Elective subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
26DIGITAL TECHNOLOGIES
How do humans and technology interact? Apply your digital tech skills in algorithmic, data-oriented and web-based
techniques to user experience (UX), web-based media, the Internet of Things and design technology.
DIGITAL TECHNOLOGIES MAJOR STUDENT EXPERIENCE YOUR CAREER
Gain practical skills and knowledge in Throughout your degree, you’ll have Apply your design expertise as an account
the fundamentals of digital technology, the opportunity to work on a variety of manager, digital strategist, mobile app
focusing on algorithmic, data-oriented app design projects, from an app that designer, multimedia programmer, search
and web-based techniques. You’ll build an recommends nearby restaurants or lets engine optimiser, UX designer, social media
understanding of how these techniques you see what you’d look like with different developer or web designer.
can be applied to digital design formats, hairstyles! In your final year you’ll develop
including web-based media, mobile a technology innovation proposal and
media and interactive technologies. learn to build a supporting business
case. Your proposal will focus on a new
interactive technology, or a new way to
apply an existing one.
STEP 1: STUDY DIGITAL TECHNOLOGIES
Bachelor of Design (Digital Technologies Major)
Year 1 Semester 1 Foundations of Design: Media Computation Design Elective Breadth
Representation
Semester 2 Foundations of Fundamentals of Design Elective Breadth
Algorithms Interaction Design
Year 2 Semester 1 Elements of Data Design Elective Design Elective Breadth
Processing
Semester 2 Database Systems Usability Evaluation Design Elective Breadth
Methods
Year 3 Semester 1 Web Information Game Design Design Elective Breadth / Design Elective
Technologies
Semester 2 Capstone: Interactive Technology Project Design Elective Breadth / Design Elective
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Information Technology (Example specialisation: Human Computer Interaction)
Year 1 Semester 1 Evaluating the User Designing Novel Web Information Elective
Experience Interactions Technologies
Semester 2 Fieldwork for Design Software Processes and Elective Elective
Management
Year 2 Semester 1 Elective Elective HCI Project
Core subject Elective subject
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
27MECHANICAL
ENGINEERING
Design and build tomorrow’s machines and systems from small scale devices to airplanes and spacecraft.
Turn energy into power and motion, gaining skills in mechanical design, thermodynamics, fluid mechanics and more.
What is mechanical engineering? Our world-leading mechanical engineering research:
Mechanical engineering focuses on
turning energy into power and motion,
spanning industries and agencies such
as aeronautics, healthcare, climate
prediction, robotics and manufacturing.
Improving 3D-printing to Renewable Maritime
the efficiency manufacture energy engineering
of aircrafts new body
parts
STUDENT EXPERIENCE YOUR CAREER
As a mechanical engineering student, As a Melbourne graduate, you’ll be
you’ll have access to internships, learn in equipped to work as a mechanical
cutting-edge laboratories and take part engineer in industries such as aerospace,
in site visits. Volunteer for the Melbourne biomechanics, manufacturing, healthcare,
Space Program, a group of students weather and climate prediction, minerals,
designing and building a nanosatellite energy, robotics, transport and more.
to launch into orbit. Or you could join the Our mechanical engineering graduates
MUR Motorsports team, and help design are working in companies such as Arup,
and build a racecar! CSIRO, ExxonMobil, Mars Australia,
Telstra and Yarra Trams.
"I initially was leaning more towards a
finance role, as I enjoyed this discipline in
my undergrad. I have however, become
increasingly passionate about future
transport, mobility and automation.
I would love to work in this space -
anything to do with service design,
intelligent mobility, UX, connected and
automated vehicles and innovation
design engineering really excites me."
Adrienne Koor
Master of Engineering
(Mechanical with Business)
Bachelor of Commerce
Secondary school
Bachelor of Design
or Science
Master of Engineering
Accredited mechanical
engineer
28STEP 1: STUDY MECHANICAL SYSTEMS
Bachelor of Science (Mechanical Systems Major)
Year 1 Semester 1 Engineering Calculus 2 Physics 1 Breadth
Technology and Society
Semester 2 Engineering Linear Algebra Physics 2: Physical Breadth
Modelling and Design Science and Technology
Year 2 Semester 1 Numerical Methods Engineering Mechanics Science Elective Breadth
in Engineering
Semester 2 Foundations of Electrical Engineering Mathematics Science Elective Breadth
Networks
Year 3 Semester 1 Thermodynamics and Mechanics and Materials Breadth/Elective Breadth
Fluid Mechanics
Semester 2 Systems Modelling and Mechanical Systems Science Elective Breadth / Science Elective
Analysis Design
OR Bachelor of Design (Mechanical Systems Major)
Year 1 Semester 1 Calculus 1 Physics 1 Design Elective Breadth
Semester 2 Calculus 2 Physics 2 Linear Algebra Breadth
Year 2 Semester 1 Numerical Methods Design Elective Design Elective Breadth
in Engineering
Semester 2 Foundation of Electrical Engineering Mathematics Engineering Mechanics Breadth
Networks
Year 3 Semester 1 Thermodynamics and Mechanics and Materials Design Elective Breadth / Design Elective
Fluid Mechanics
Semester 2 Systems Modelling and Mechanical Systems Design Elective Breadth / Design Elective
Analysis Design
Core subject Elective subject Breadth subject
STEP 2: STUDY A MASTERS DEGREE
Master of Engineering (Mechanical)
Year 1 Semester 1 Thermodynamics Dynamics Materials Design for Manufacture
Semester 2 Fluid Dynamics Solid Mechanics Control Systems Critical Communication
for Engineers / Creating
Innovative Engineering
Year 2 Semester 1 Advanced elective* Advanced elective* Advanced elective* Capstone Project
Semester 2 Advanced elective* Advanced elective* Advanced elective*
OR Master of Engineering (Mechanical with Aerospace)
Year 1 Semester 1 Thermodynamics Dynamics Materials Design for Manufacture
Semester 2 Fluid Dynamics Solid Mechanics Control Systems Critical Communication
for Engineers / Creating
Innovative Engineering
Year 2 Semester 1 Capstone Project Advanced Fluid Dynamics Computational Fluid Aerospace Dynamics and
Dynamics Control
Semester 2 Vibrations and Aerospace Propulsion Elective
Aeroelasticity
Core subject Elective subject
OR Master of Engineering (Mechanical with Business)
Your course plan will be the same as the Master of Engineering (Mechanical), except you'll replace five elective subjects with business subjects:
World of Engineering Management; Engineering Contracts and Procurement; Marketing Management for Engineers; Economic Analysis for
Engineers; and Strategy Execution for Engineers.
STEP 3: EXIT TO EMPLOYMENT WITH PROFESSIONAL ACCREDITATION
These are sample course plans only. Subjects offered may change from year to year. You will be advised of current subject offerings prior to subject selection and enrolment.
* Advanced Electives include subjects like, Advanced Motion Control, Advanced Fluid Dynamics, Economic Analysis for Engineers, Advanced Control Systems, Advanced
Materials, Sensor Systems, and others.
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