UNDERGRADUATE GUIDE ANU College of Engineering & Computer Science - ANU College of Engineering & Computer ...
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U N D E R G R A D U AT E G U I D E
2019
ANU College of
Engineering &
Computer Science
CONTENTS
Engineering and Computer Science 2
at ANU
Our degrees 6
Accreditation and connections 8
Flexible Double Degrees 9
Engineering 16
Computing 22
Global opportunities 34
Lifestyle 36
Scholarships 38
Student support 39
How to apply 44
Careers 46
Undergraduate Programs 2019 1
ENGINEERING & COMPUTER
S C I E N C E AT A N U
Australia’s
leading
university
Be recognised with an in-demand qualification from Australia’s top university.
At the ANU College of Engineering and Computer Science, Our researchers collaborate with an extensive network of
you will study at a leading centre for research and education academic, government and industry partners around Australia, in
in Australia. The College is at the cutting edge of numerous Europe, across the Asia-Pacific and the United States.
fields including:
We’re currently working with Ford Motor Company and The
>> logic >> computational mechanics Boeing Company to lighten, strengthen, and improve the
>> algorithms and data >> materials fabrication sustainability of their vehicles and planes.
>> signal processing >> big software systems
Our large-scale computational research is supporting product
>> artificial intelligence >> energy
development at some of the largest global tech companies,
>> computer vision >> networked systems
including Microsoft Research, Facebook, Google, Intel, IBM
and robotics >> quantum cybernetics.
and Oracle.
Join our community of students, teachers and researchers
You will have opportunities to connect with these partners
committed to finding sustainable solutions to the world’s greatest
through a range of hands-on learning and training activities.
challenges. In return, receive education, research training and
real-world experience that ensures you have a comprehensive See for yourself how an engineering or computer science degree
understanding of a range of interconnected disciplines when can provide you with the tools to enable change in your world.
you graduate.
You will benefit from a dynamic and pioneering research
environment where you will learn in small classes,
working alongside teachers who are some of the world’s
brightest researchers.
2 ANU College of Engineering and Computer Science
First in Australia Accommodation Best city to visit
ANU is ranked #1 in Australia Guaranteed accommodation Lonely Planet ranked
and #20 in the world.1 on campus. Canberra as the World’s
See page 42 for details. #3 best city to visit in 2018.
6
‘Well above’ Staff to Six Nobel
world standard student ratio Laureates
95 per cent of ANU research One of the highest academic The highest number of all
is rated ‘above’ or ‘well above’ staff to student ratios among Australian universities.
world standard.2 Australia's leading universities.3
1 QS World University Rankings 2017/18. 2 Australian Government Excellence in Research for Australia Report 2015. 3 Good Universities Guide 2018.
Undergraduate Programs 2018
2019 3
ENGINEERING & COMPUTER
S C I E N C E AT A N U
Future-
proof
yourself
Across the world, demand for engineering and computer science graduates
is escalating in industry, business and government.
The impact of technology has been powerful and far-reaching computer science will provide you with skills and attributes that
and its practitioners have changed our world. will remain relevant and keep you competitive in the evolving
job market.
Modern engineers and computer scientists play an integral
role in meeting the greatest challenges of our time, including Future-proof yourself with an engineering or computer science
climate change, humanitarian crises and protecting our degree from ANU.
natural resources.
Thanks to competitive salaries and exciting opportunities,
professionals working in these fields report some of the
highest levels of job satisfaction. In this day and age, the demand for engineers is high. Yet
Australia is currently only producing about half the qualified
A degree in engineering or computer science will reward you
engineers that it needs.
while you study, and long after. You will be challenged, placed
at the forefront of technological innovation, and have the The skills you develop through an engineering degree can be
opportunity to develop transferable skills that can be applied applied in a huge range of contexts. Engineering can lead to
in a range of professional contexts. a truly rewarding career where you will have an opportunity
to make a real impact to the world around you.
The job market is continually changing. Traditional vocations
are disappearing or transforming, while new jobs are emerging
in response to contemporary needs. Studying engineering or Professor Elanor Huntington
Dean, ANU College of Engineering and Computer Science.
4 ANU College of Engineering and Computer Science
#1
International Most employable Innovative
outlook graduates approach
Ranked first in Australia
Ranked first in Australia, and Develop the research and
and 7th in the world
22nd in the world for Graduate professional skills required to bring
for international outlook.1
Employability.2 ideas to life with TechLauncher.
Accredited 5 star rating Modern degrees
Six of our undergraduate Maximum ratings for student
programs are professionally demand research intensity; Offered nowhere else in
accredited by Engineers research grants; staff Australia, our engineering
Australia and/or the Australian qualifications and graduate programs are modern and unique.
Computer Society. starting salary.3
1 Times Higher Education International Outlook Indicator 2017. 2 2016 Times Higher Education World University Rankings. 3 Good Universities Guide 2018.
Undergraduate Programs 2018
2019 5
OUR DEGREES
Choose from eight undergraduate programs, including two Research and
Development degrees for high achievers and our Diploma of Computing.
Undergraduate degrees
2019
Duration Minimum UK GCE Gao Kao Singapore
Degree name IB Page
(full-time) Selection A-levels# (750) ‡ A Levels
Rank
Engineering
Bachelor of Engineering (Research
4 years 99 42 22 690 17.5 18
and Development) (Honours)
Bachelor of Engineering (Honours) 4 years 90 33 18 570 15 20
Computing / IT
Bachelor of Advanced Computing
4 years 99 42 22 690 17.5 24
(Research and Development) (Honours)
Bachelor of Applied Data Analytics 3 years 95 38 20 630 16 29
Bachelor of Advanced Computing (Honours) 4 years 90 33 18 570 15 26
Bachelor of Software Engineering (Honours) 4 years 87 32 17 551 14 27
Bachelor of Information Technology 3 years 80 29 14 525 10.5 28
Diploma of Computing* 1 year 70 26 N/A 506 8 30
Already thinking about postgraduate study?
We offer postgraduate study programs in the fields of engineering and computer science.
Degree name Duration Degree name Duration
(full-time) (full-time)
Master of Engineering in Digital Systems and
Graduate Diploma of Applied Data Analytics 1 year 2 years
Telecommunications
Graduate Diploma of Computing 1 year Master of Engineering in Mechatronics 2 years
Graduate Diploma of Cyber Security, Strategy and Risk
1 year Master of Engineering in Photonics 2 years
Management
Master of Applied Data Analytics 1.5 years Master of Engineering in Renewable Energy 2 years
Master of Computing 2 years Master of Innovation and Professional Practice 2 years
Master of Cyber Security, Strategy and Risk Management 1.5 years
Research
Master of Philosophy (MPhil) 2 years Doctor of Philosophy (PhD) 4 years
# GCE A Levels are assessed by the best three or best four subjects. A*=6, A=5, B=4, C=3, D=2, E=1. If four or more subjects are presented, the best four or best three
subjects will be used, whichever provides the highest rank. ‡ Minimum result for consideration indicated - case by case consideration. College approval required. * This
program is completed at ANU College. See anucollege.edu.au. NOTE: Admission requirements may vary from year to year. Admission requirements for entry in 2019
may be subject to change. See programsandcourses.anu.edu.au for any changes in entrance requirements. Admission requirements for international students may vary.
Prerequisites apply, please refer to page 38 for more information.
6 ANU College of Engineering and Computer Science
T U R N Y O U R PA S S I O N I N T O A C A R E E R
Technology
entrepreneur
Database
Information and
administrator
data analyst
and developer
Policy Data
analyst scientist
Consultant IT specialist
Technology Web developer
Bachelor of
researcher Applied Data
and developer Analytics Software engineer
Technology Bachelor of Bachelor Software consultant
entrepreneur Advanced of IT
Computing IT consultant
ICT Leader Game
developer
Bachelor of Bachelor of
Advanced Software Software
Researcher Computing IT, Computing Engineering developer
(R&D)
and Mathematics
Accredited
Engineering,
engineer Mathematics, Physics,
in your Chemistry and
specialisation: Senior
Biology Manager
Biomedical
Project
Bachelor of Bachelor of
manager
Electronic and Engineering (R&D) Engineering
Communication
Senior leader
Mechanical and
Material Systems
Consultant
Mechatronic
Photonic Researcher
Renewable
Energy Systems
engineer
Areas of study that I enjoy
Degree options
Career possibilities
Undergraduate Programs 2019 7
A C C R E D I TAT I O N & C O N N E C T I O N S
Connect with current mentors and future colleagues, and start building
a valuable network.
Accreditation
Our undergraduate degrees are professionally accredited by peak National bodies.
Engineers Australia Australian Computer Society
ANU Engineering and Software Engineering graduates will be The Australian Computer Society is the professional association
Accredited Engineers through Engineers Australia (EA). EA is for Australia’s Information and Communication Technology sector.
recognised by international body the Washington Accord ANU Computing graduates will be professionally accredited
meaning you can work overseas in places like the United through the Australian Computer Society. We encourage
Kingdom, the United States, Hong Kong, South Africa and our computing students to join as student members to take
Japan. We encourage our students to join Engineers Australia advantage of benefits such as access to networking events,
for free to start networking and possibly meet future employers. digital magazines and professional development opportunities.
Accredited Degrees: Accredited Degrees:
>> Bachelor of Engineering (Honours) >> Bachelor of Information Technology *
>> Bachelor of Engineering (Research and Development) >> Bachelor of Software Engineering (Honours)
(Honours) >> Bachelor of Advanced Computing (Honours)
>> Bachelor of Software Engineering (Honours) >> Bachelor of Advanced Computing
(Research and Development) (Honours)
Connections
The Australian National University and the ANU College of Engineering and Computer Science are members of some of Australia's
leading industry groups and international alliances.
Group of Eight IARU Data61 CSIRO
ANU belongs to the Group of ANU is the only Australian Data61 is Australia’s leading The Commonwealth Scientific
Eight, a coalition of leading member of the International digital research network. and Industrial Research
Australian universities, Alliance of Research Our students can receive Organisation (CSIRO) is
comprehensive in general and Universities, a collaboration scholarships, research Australia’s national agency
professional education, and of ten of the world’s leading opportunities and support for scientific research. With
distinguished by depth and research-intensive universities for student initiatives offices within the College, our
breadth in research. committed to educating future through Data61. students regularly undertake
leaders including Oxford, Yale research, work experience
and Cambridge. and graduate placements
with CSIRO.
Industry partners
We have close links to many industry partners such as Google, Facebook, The Boeing Company, KPMG, IBM, Microsoft and
start-up companies founded by our graduates. More about our industry partners and career outcomes can be found on page 46.
* Only when completing the Information Systems or Software Development major.
8 ANU College of Engineering and Computer ScienceFLEXIBLE DOUBLE DEGREES
Graduate with
two qualifications
ANU has pioneered the Flexible Double Degree so you can satisfy your
intellectual curiosity and tailor your studies to prepare for your dream career.
THE AUS
N AT I O N A TRALIAN
THE AUSTRALIAN L UNIVE
N AT I O N A L U N I V E R S I T Y RSITY
This is to ce
rtify that
This is to certify that
AMY SMITH
AMY SMITH
has been aw
arded the de
has been awarded the degree of gree of
Bachelor of
Bachelor of Engineering Information
(Honours) Technology
Chancellor Chancellor
Vice-chancel
Vice-chancellor lor
> Complete a second degree by > You will have the same full-time
adding one extra year of study. workload as a student studying
a single undergraduate degree.
> You will have a clear advantage
when applying for jobs.
Undergraduate Programs 2019 9FLEXIBLE DOUBLE DEGREE GROUPS
With over 750 possible degree combinations there is a Flexible Double Degree
for you. There are three groups to choose from, we’ve listed the most popular
combinations below. Build your study plan at programsandcourses.anu.edu.au
Group one: Arts, Social Sciences, Business or Science UAC code: 130010
Four years full time And combine with over 35 degrees, examples below.
Choose one of these degrees:
Accounting Design Arts A+C
86 Minimum Selection Rank
Bachelor of International Relations
Actuarial Studies* 89 Minimum Selection Rank
Information Technology *
95 Minimum Selection Rank
80 Minimum Selection Rank Medical Science*
Arts 80 Minimum Selection Rank 90 Minimum Selection Rank
Applied Data Analytics Asian Studies Music~
95 Minimum Selection Rank
80 Minimum Selection Rank 80 Minimum Selection Rank
Commerce^ Science
82 Minimum Selection Rank 80 Minimum Selection Rank
Group two: Law UAC code: 137010
Five years full time
Choose one of these degrees: And combine with this degree:
Bachelor of
Information Technology* Laws Honours
80 Minimum Selection Rank
98 Minimum Selection Rank
Applied Data Analytics
95 Minimum Selection Rank
Group three: Engineering or Advanced Computing UAC code: 135010
Five years full time
Choose one of these degrees: And combine with over 35 degrees, examples below.
Bachelor of Arts 80 Minimum Selection Rank
Advanced Computing (Honours)* Information Technology*
Asian Studies 80 Minimum Selection Rank
90 Minimum Selection Rank
80 Minimum Selection Rank
Science^
Advanced Computing (R&D) 80 Minimum Selection Rank
Biotechnology *
(Honours)* 90 Minimum Selection Rank 80 Minimum Selection Rank Applied Data Analytics
95 Minimum Selection Rank
Engineering (Honours)* Business Administration
90 Minimum Selection Rank 82 Minimum Selection Rank Science
Engineering (R&D) (Honours)* (Psychology)(Honours)
Economics^ 80 Minimum Selection Rank
99 Minimum Selection Rank
86 Minimum Selection Rank
Statistics*
Software Engineering (Honours)* Finance ^ 86 Minimum Selection Rank
87 Minimum Selection Rank
86 Minimum Selection Rank
A+C Group minimum selection rank plus interview/portfolio or audition requirements apply. See soa.anu.edu.au/apply for more information. ~ Entrance to
Performance courses are by audition. E schoolofmusic@anu.edu.au * Program includes another prerequisite in addition to minimum selection rank. ^ Program has
assumed knowledge
10 ANU College of Engineering and Computer SciencePUTTING IT ALL TOGETHER
The courses you take will depend on the structure of your degree and any majors
or areas of specialisation you choose to focus on during your studies at ANU.
Single Degree
Year Semester Courses
1 1
2
Major
Major
Minor
Minor
Elective
Elective
Elective
Elective
2 1
2
Major
Major
Minor
Minor
Elective
Elective
Elective
Elective
3 1
2
Major
Major
Major
Major
Elective
Elective
Elective
Elective
Flexible Double Degree
Four year double degree e.g. Bachelor of Information Technology/Bachelor of Science
Year Semester Courses
1 1
2
Core Computing Course
Core Computing Course
Core Computing Course
Core Computing Course
Science Major
Science Major
Science Elective
Science Elective
2 1
2
Core Computing Course
Computing Elective
Core Computing Course
Computing Elective
Science Major
Science Major
Science Elective
Science Minor
3 1
2
Core Computing Course
Computing Elective
Computing Elective
Computing Elective
Science Major
Science Major
Science Minor
Science Elective
4 1
2
Computing Elective
Computing Elective
Computing Elective
Computing Elective
Science Major
Science Major
Science Minor
Science Minor
Five year double degree e.g. Bachelor of Engineering (Honours)/Bachelor of Commerce
Year Semester Courses
1 1
2
Core Engineering Course
Core Engineering Course
Core Engineering Course
Core Engineering Course
Core Engineering Course
Core Engineering Course
Core Commerce Course
Core Commerce Course
2 1
2
Core Engineering Course
Core Engineering Course
Core Engineering Course
Engineering Major Course
Core Engineering Course
Core Commerce Course
Core Commerce Course
Commerce Major Course
3 1
2
Core Engineering Course
Core Engineering Course
Core Engineering Course
Engineering Major Course
Engineering Major Course
Commerce Major Course
Commerce Major Course
Commerce Major Course
4 1
2
Core Engineering Course
Core Engineering Course
Engineering Major Course
Engineering Major Course
Engineering Elective Course
Core Commerce Course
Commerce Major Course
Commerce Major Course
5 1
2
Core Engineering Course
Core Engineering Course
Core Engineering Course
Engineering Major Course
Engineering Elective Course
Commerce Elective Course
Commerce Major Course
Commerce Major Course
Undergraduate Programs 2019 11Systems
Engineering
ANU students develop the What you’ll get in an ANU
skills and expertise to approach engineering degree
systems-level problems. What you’ll study
Core disciplines that modern engineers must understand like
Today, everything is connected, electronics, mathematics, mechanics, physics, programming
and the unique interdisciplinary nature and more.
of our degrees prepare you to design, Commercial imperatives like management, innovation, systems
design, analysis, real world projects and more.
analyse, and manage the complex
An engineering major
systems that are prevalent in our
> Biomedical Systems
society.
> Electronic and Communication Systems
> Mechanical and Material Systems
> Mechatronic Systems
> Photonic Systems
#1
> Renewable Energy Systems
What you’ll receive
Ranked number one* in An interdisciplinary understanding of engineering and a clear
Australia in the following areas advantage when you graduate and enter the workforce.
> Electrical and Electronic Engineering. In-demand skills and experience in analysing, designing
> Telecommunication Engineering. and managing complex projects and working in and
managing teams.
Specialist expertise in at least one engineering discipline, giving
you breadth and depth in your knowledge of the field.
* ARWU rankings 2018
12 ANU College of Engineering and Computer ScienceTaking a systems approach to engineering
smarter and healthier living environments
Mechanical Systems
Renewable Energy Communication Systems Biomedical Systems Design structures to
Learn about the next Discover the future of data Explore the application of withstand extreme
generation of energy services and connected devices. nanomaterials and sensors conditions and new uses.
production. for improving health.
Mechatronic Systems Material Systems
Electronic Systems Control the systems and Manipulate modern
Understand how modern sensors of autonomous materials to last longer
devices are controlled and machines. and become easier to
programmed. manufacture.
Undergraduate Programs 2019 13TechLauncher
TechLauncher enables students from Past Industry project partners include Thales, Reposit Power,
Questacon, Australian Institute of Sport (AIS), CSIRO and more.
any discipline to develop the research
and professional skills required
to use technology to bring great ideas
to life and have a positive impact on
our society.
Throughout the TechLauncher program students work
closely with industry professionals, technology experts and
entrepreneurs to complete projects addressing complex
problems in a variety of disciplines and industries, or to create
their own start-up enterprises.
Since TechLaunchers inception students have completed
countless impactful projects. These include the world’s first
Aboriginal Australian language video game; a mobile app
allowing cars in convoy to safely communicate with one
another; and the design and manufacturing of a leg cover for a
prospective Paralympic athlete.
TechLauncher allows students to build strong connections with
industry, which often leads to job opportunities.
This project has enhanced my ability to
engage with a client and with stakeholders.
A key takeaway is that effective relationships
arise through properly managing
expectations and understanding their
difference in perspective
Redg Mathur
Bachelor of Engineering Student
14 ANU College of Engineering and Computer ScienceUndergraduate Programs 2019 15
16 ANU College
College of
ofEngineering
Engineeringand
andComputer
ComputerScience
ScienceDesigned with industry partners, our engineering
degrees ensure you develop the skills and
expertise that will get you hired.
Engineering
Leading organisations across government, industry and business need modern
engineers who can adapt to new technologies, lead engineering teams and who ANU offers courses in
possess skills and expertise across multiple engineering fields. Humanitarian Engineering
That’s why we teach systems engineering at ANU. The unique interdisciplinary with global opportunities.
nature of our degrees will prepare you to design, analyse and manage complex
systems or projects, for example, a plane, car or mobile phone. Systems
engineering transcends software, electrical and mechanical engineering asking that Systems engineering
engineers provide the big picture, and work across teams. is taught at other
In your first year and a half you’ll study the core foundation and engineering world-class universities
courses, and then you’ll choose an engineering major to specialise in. like the University
In Australia, ANU is the only Australian university whose engineering degree is built of Cambridge and
on systems engineering. Graduates from other universities often have to complete Massachusetts Institute
a postgraduate degree to further develop their expertise.
of Technology (MIT).
Undergraduate Programs 2018
2019 17BACHELOR OF ENGINEERING
(RESEARCH & DEVELOPMENT)(HONOURS)
Minimum Selection Rank: 99 Duration: 4 years Degree structure
UAC Code: 135000 CRICOS Code: 060542F
Year Semester 1 Semester 2
About the degree
Stand out with your capacity for innovation. In this program 1 Discovering Engineering
Engineering Sciences
Introduction to Mechanics
Introduction to Electronics
you will undertake advanced courses and work alongside
distinguished researchers completing research projects in an Physics 1 Programming for Scientists
engineering field that interests you. You will study engineering Advanced Mathematics Advanced Mathematics
fundamentals while you are immersed in a research area such & Applications 1 & Applications 2
as biomedical engineering, mechatronics, solar energy, materials
and manufacturing, computer vision for example.
This exceptional degree will allow you to excel in your career,
2 Systems Engineering
Design
Systems Engineering
Analysis
Mechanical Systems Engineering Research
make a real difference to society and help to solve some of the
& Design & Development Project
world’s largest problems.
Electronic Systems Engineering Major
Career outcomes & Design
Engineering Research Elective Course
Our Research and Development (R&D) degrees have a strong
& Development Methods
professional focus leading to an easy transition into an R&D role
as an Accredited Engineer in industry. Equally, the advanced
nature of the program ensures those looking to undertake
postgraduate research can move into academia.
3 Engineering Management
ngineering Research
E
Engineering Innovation
Research & Development
& Development Project Project
Specialisations Engineering Major Engineering Major
For a list of specialisations, see page 21. Elective Course Elective Course
Accreditation
Graduates of this degree will be Accredited Engineers through
4 Engineering Research
& Development Project
Engineering Research
& Development Project
Systems Engineering Engineering Major
the professional body Engineers Australia. Project
Engineering Major Engineering Major
Elective Course Elective Course
I will graduate with all the skills and
knowledge gained from an engineering degree
but with additional research experience and
also industry and academic connections
Conducting research teaches skills that
are difficult to gain in a classroom, and will
be helpful in achieving my career goals.
Emily Rose Rees
Bachelor of Engineering (R&D) (Honours)
18 ANU College of Engineering and Computer ScienceENGINEERING RESEARCH PROJECTS
This elite engineering degree will give you access to an innovative structure so you
can get involved in project-based research courses in engineering.
As part of the Bachelor of Engineering (Research and
Development) (Honours) you will be given unique opportunities
to complete exciting research projects with our world-
class academics.
From the second year of your degree onwards, these research
projects will form part of your coursework, exposing you
to cutting-edge research and development activities that
are taking place in engineering at ANU.
These research projects are based in different research areas
at ANU or within an associated industry partner. You’ll get
a taste of what it’s like to undertake research in various
engineering disciplines, whilst developing valuable independent
research skills.
R&D student project example
World Solar Car Challenge: Systems design
framework for a solar PV array
A World Solar Challenge electric vehicle is subject to a number of Research
Energy
strict regulations (e.g. size, height, solar-cell area), and practical design
constraints (e.g. weight, air resistance). The solar cell array must power the
Themes Energy Storage
entire vehicle; it must be optically and electrically efficient, but not make Photovoltaics
the vehicle too heavy or have high drag. The aim of the project was to Solar Thermal
develop a design for the solar array which was close to ideal. A sensitivity
Fabrication
analysis was also undertaken to show which aspects of the design should Manufacturing
be prioritised, and which could be compromised for the benefit of other Micro & Nano Systems
parts of the vehicle. Optical Devices Information
Sensors Acoustics and Audio
This involved a detailed optical analysis to determine optimal spacing
of the solar cells (light bouncing off the gap can reflect off the interface Communications
between air and the clear encapsulating surface, and back onto the cell). Computer Vision
Materials Networked Systems
The report generated a number of specific design recommendations
Biomaterials Quantum Cybernetics
for the Sol Invictus team surrounding:
Composite Materials Robotics
> The transmissivity and thickness of the material covering the cells. Computational Mechanics Signal Processing
Nanomaterials
> The angle and position of the majority of the solar array.
> T
he spacing and arrangements of the individual cells within the
array, to maximise optical performance without exceeding mass or
size constraints.
The R&D Program gives students the chance to undertake
Did you know? multiple research projects, in a range of disciplines, as part
of their engineering degree. The projects are supervised
>> The Bachelor of Engineering is a pathway into the R&D
by leading researchers across the College. It’s a great
program. If you receive a high distinction average in
foundation for students thinking of going on to research
your first year of study, you can apply to transfer into the
positions in industry, or a PhD.
R&D program.
>> Research opportunities are not only available through
the R&D program. Students can undertake Summer Dr Daniel MacDonald
Research Scholarships, or voluntarily work with an
Convenor of the Bachelor of Engineering (R&D) (Honours).
academic in an area that interests them.
Undergraduate Programs 2019 19BACHELOR OF ENGINEERING (HONOURS)
Minimum Selection Rank: 90 Duration: 4 years Degree structure
UAC Code: 135004 CRICOS Code: 077943E
Year Semester 1 Semester 2
About the degree
Do you want to make a difference to society, or solve some 1 Discovering Engineering
Engineering Sciences
Introduction to Mechanics
Introduction to Electronics
of the world’s largest problems? Would you like to make solar
energy technology more efficient, invent the next generation of Physics 1 Programming for Scientists
smartphones or new materials that support the growth of human Mathematics & Mathematics
cells? If you’re creative, enjoy teamwork, mathematics Applications 1 & Applications 2
or science, then engineering could be for you.
The unique interdisciplinary nature of this degree goes beyond
traditional engineering fields. It will prepare you to design, analyse,
2 Systems Engineering
Design
Systems Engineering
Analysis
Mechanical Systems Engineering Major
and manage the complex systems that are prevalent in our society.
& Design
You will be exposed to several engineering disciplines during your
degree – not just one – as well as acquiring deep expertise in Electronic Systems Elective Course
a discipline of your choice. For the first 18 months, you will study core & Design
foundation and engineering courses. After that, you can choose to Computing for Elective Course
specialise in anything from biomedical systems to mechatronics. Engineering Simulation
Career outcomes
Engineering careers are diverse and in demand in Australia and
3 Engineering Management
Engineering Major
Engineering Innovation
Engineering Major
overseas. At ANU you will develop skills and abilities that are Engineering Major Engineering Major
highly sought after in engineering and other organisations. Due
Elective Course Elective Course
to the unique interdisciplinary approach, many of our graduates
quickly progress to senior roles. For more information about
engineering careers, turn to page 46. 4 Systems Engineering
Project
Individual Project
Specialisations Individual Project Engineering Core Course
Engineering Major Engineering Core Course
For a list of specialisations, see page 21.
Elective Course Elective Course
Accreditation
Graduates of this degree will be Accredited
Engineers through the professional body
Engineers Australia.
The systems approach has allowed me
to understand where my specific technical
knowledge as a mechanical and materials
engineer interacts with other disciplines
both within engineering and beyond
to do the most effective work.
Samuel Palmer
Bachelor of Engineering (Honours) /
Bachelor of Science
20 ANU College of Engineering and Computer ScienceE N G I N E E R I N G S P E C I A L I S AT I O N S
Your engineering specialisations will provide you with expertise in an engineering
discipline, giving you breadth and depth in your knowledge of the field.
Biomedical Systems
Biomedical engineering is an interdisciplinary field that merges biological
research with various fields of materials engineering, imaging and sensing,
and nanotechnology. This specialisation has a particular emphasis on the
emerging field of bio-nanotechnology, which can be exploited to create
new materials for advanced medical outcomes.
Electronic and Communication Systems
This major covers the fundamentals of communications systems.
Communications engineering underpins a wide range of modern technologies
such as the internet, smart phones and smart sensors. Students will gain a deep
understanding of the signal processing and information theory that underpins
communications system blocks, practical exposure to data communications
networks and an introduction to digital and analogue electronics.
Mechanical and Material Systems
This major has a focus on the relationship between the microstructure of
materials, processing, and their mechanical behaviour. Students will study a broad
range of materials including, metals, ceramics, polymers and fibre-reinforced
composites. These materials have applications in a range of industries such
as energy, automotive, aerospace and transport.
Mechatronic Systems
Mechatronics is an emerging engineering discipline based on the integration
of mechanical, electrical and computing technology for advanced engineering
applications. Engineers with a specialisation in mechatronics are at the
forefront of developments in defence, space, medical, transport, mining and
manufacturing industries.
Photonic Systems
Photonics relates to the manipulation, transmission and storage of light data.
The main application for many years has been in the development of the world’s
vast fibre optic telecommunications networks. Now there is an increasing use
of photonics in a broad range of human endeavours such as sensing, security,
architecture, astronomy, transport, medicine, solar energy, nanophotonics and
forensic science.
Renewable Energy Systems
Students who complete this specialisation will be at the forefront of technological
developments that will provide solutions to future energy needs. This major is
aligned with extensive research into photovoltaic and solar thermal energy systems.
Undergraduate Programs 2019 2122 ANU College of Engineering and Computer Science
Prepare for jobs of the future in one of
Australia’s fastest growing industries.
Computing
At ANU, our undergraduate courses in computing focus on the disciplines of
computer science, computing, information technology and software engineering. Many of our graduates
These degrees will provide you with the skills, experience and tools to become successfully start their
innovators and future leaders of the ICT revolution; developing solutions to solve own companies after
complex, real world problems through emphasising foundations, creativity, design graduating or even
and engineering processes. Our students are in high demand as interns, and
regularly win industry awards for their outstanding work.
before graduating.
The world-class resources and industry linkages of the Research School
of Computer Science mean you will have the opportunity to work closely
ANU is home to
with Data61- Australia’s leading digital research network, the Computational
Informatics Division of the CSIRO and the National Computational Infrastructure Raijin– Australia’s
facility, home to Australia’s largest open supercomputer system. fastest research
In Australia’s fastest growing industry, graduates of computing degrees can supercomputer.
expect attractive salary prospects, strong job opportunities and great job
satisfaction. Graduates are widely recognised as solid professionals who are As a student, you have
able to drive innovation in industry and government. the opportunity to get
involved with Raijin.
Undergraduate Programs 2018 23BACHELOR OF ADVANCED COMPUTING
(RESEARCH & DEVELOPMENT)(HONOURS)
Minimum Selection Rank: 99 Duration: 4 years Degree structure
UAC Code: 135700 CRICOS Code: 085359K
Year Semester 1 Semester 2
About the program
Be unique and get innovative. This interdisciplinary program 1 Programming as Problem
Solving (Advanced)
Structured Programming
(Advanced)
is designed for high achieving students and will prepare you Discrete Mathematical Foundations of Computing
to be a future leader of the information and communications Models
technology revolution.
Mathematics and Mathematics and
In this program you will learn advanced computing techniques Applications 1 Applications 2
and have the opportunity to complete a unique specialisation, Elective Course Elective Course
and you will also develop exceptional professional skills including
communication and teamwork. It also is a great pathway to a PhD.
Throughout the program you will work alongside distinguished
2 Software Design
Methodologies
Software Engineering
researchers at ANU and pursue research projects in your own area Computer Organisation Systems, Networks and
and Program Execution Concurrency
of interest.
Introduction to Data Algorithms
Career outcomes Management, Analysis and
Security
This professional, distinguished undergraduate degree is like no
Advanced Computing R&D Studies in Advanced
other in Australia and as a graduate of this program, you will be
Methods Computing R&D
uniquely positioned to develop technical or research orientated
career in industry, or undertake postgraduate research in
computing. Opportunities exist in high-tech industries, software
start-up companies, computing research and development as
3 Computing Research
Specialisation
Computing Research
Specialisation
Individual Research Project Individual Research Project
well as specialised computing companies.
Elective Course Elective Course
Specialisations Elective Course Elective Course
For a list of specialisations, turn to page 31.
Accreditation 4 Computing Research
Specialisation
Computing Research
Specialisation
Advanced Computing Advanced Computing
Graduates of this degree will be accredited Research Project Research Project
through the Australian Computer Society.
Advanced Computing Advanced Computing
Research Project Research Project
Elective Course Elective Course
Advanced Computing (R&D) (Honours)
has given me the chance to work
alongside distinguished researchers and
pursue a variety of challenging computer
science problems from a diverse range of
fields.
Brenda Wang
Bachelor of Advanced Computing (R&D) (Honours)
24 ANU College of Engineering and Computer ScienceCOMPUTING RESEARCH PROJECTS
This elite computing project will give you the opportunity to work on real research
projects either in a group or on your own, from a variety of areas within the College.
In Computing Research Projects you will undertake an
accelerated mode of learning, and the tools to develop the next
generation of computing applications.
From the second year of your degree onwards, these research
projects will form part of your coursework, exposing you
to cutting-edge research and development activities that
are taking place in computer science at ANU.
These research projects are based in different research areas
at ANU or within an associated industry partner. You’ll get
a taste of what it’s like to undertake research in various
engineering disciplines, whilst developing valuable independent
research skills.
R&D student project examples
Robust Map-Augmented Localisation Using
Particle Filters
In this project software was created to track the location of a car,
taking into account readings from a GPS receiver, wheel sensors,
and knowledge of where the vehicle “should be” according to a
street map. Using all three sources of information offers superior
accuracy to using only raw GPS readings, which is helpful for street
navigation and autonomous vehicles.
Video Pose Estimation with Convolutional Neural
Networks Recombination
This project aimed to perform pose estimation, the location of a
person’s joints, in videos by combining a state-of-the-art neural In the Bachelor of Advanced Computing (R&D) (Honours)
network-based pose estimation system for still images with students learn the foundations of computer science upon
an existing algorithm for pose estimation in videos. The latter which they build knowledge and skills in specialised areas of
algorithm processed video frames using an inferior method to computing such as computer systems, artificial intelligence,
the former neural network-based algorithm, but compensated
and theoretical computing. Students also undertake
with a high-level understanding of motion across entire video
sequences. Hence, combining the two algorithms yielded a slight
individual research projects with some of Australia’s leading
boost in accuracy. computing researchers pushing the boundaries of what
computers can do.
Dr Eric McCreath
Research Systems
High Performance
Convenor of the Advanced Computing R&D program.
Themes Computing
Human-Centred
Computing
Intelligence Programming Languages,
Data Mining & Matching Design & Implementation Did you know?
Intelligent Agents Software Engineering
> If you missed out on academic entry to R&D you
Knowledge can transfer into the degree if you maintain a high
Representation and distinction average in your first year of study.
Reasoning Theory
Machine Learning Algorithms > R
esearch opportunities are not only available through
Planning and Databases the R&D degree. Students can undertake Summer
Optimisation Logic Research Scholarships, or voluntarily work with an
academic in an area that interests them.
Undergraduate Programs 2019 25BACHELOR OF ADVANCED COMPUTING
(HONOURS)
Minimum Selection Rank: 90 Duration: 4 years Degree structure
UAC Code: 135705 CRICOS Code: 077939A
Year Semester 1 Semester 2
About the degreee
There is hardly any aspect of modern society untouched by the 1 rogramming as Problem
P
Solving
Structured Programming
computing revolution. Some of the biggest challenges we face Discrete Mathematical Foundations of Computing
today, including climate change and health, will all be solved Models
with an ICT component, whether it is in predicting efficiencies in
Computing Elective Computing Elective
renewable energy systems or using machine based learning to
diagnose illnesses. Elective Course Elective Course
2
In this program you will learn advanced computing techniques Software Design Software Engineering
and have the opportunity to complete a unique specialisation. Methodologies
You will also develop exceptional professional skills including
Computer Organisation Systems, Networks and
communication and teamwork. and Program Execution Concurrency
If you are interested in mastering challenging projects, the Bachelor Introduction to Data Algorithms
of Advanced Computing (Honours) can launch you into an amazing Management, Analysis and
career. There are many innovative ways to use skills from this Security
course in a range of disciplines. Elective Course Elective Course
Career outcomes
The best computing professionals often have knowledge in
3 Computing Research
Specialisation
Computing Research
Specialisation
fields wider than computing alone. Our graduates will be ideally Advanced Computing Computing Elective
positioned to shape their chosen sector of the computing industry Research Methods
now and into the future, acquiring the skills and knowledge to Computing Elective Computing Elective
become leaders in the ICT industry.
Elective Course Elective Course
Specialisations
For a list of specialisations, turn to page 31. 4 Computing Research
Specialisation
Computing Research
Specialisation
Advanced Computing Advanced Computing
Accreditation Research Project Research Project
Graduate of this degree will be accredited Advanced Computing Advanced Computing
through the Australian Computer Society. Research Project Research Project
Elective Course Elective Course
My time in the Bachelor of Advanced
Computing (Honours) has been the
perfect balance between industry
connections and research experience
that has opened my eyes to how I want
to change the world.
Jay Hansen
Bachelor of Advanced Computing (Honours)
26 ANU College of Engineering and Computer ScienceBACHELOR OF SOFTWARE ENGINEERING
(HONOURS)
Minimum Selection Rank: 87 Duration: 4 years Degree structure
UAC Code: 135604 CRICOS Code: 077948M
Year Semester 1 Semester 2
About the degree
Software Engineering is about building effective software systems 1 Programming as Problem
Solving
Structured Programming
that address complex problems in a broad range of domains Discrete Mathematical Foundations of Computing
including transport, finance, medicine, science and the arts. Models
We adopt a systems approach that not only covers the technical Discovering Engineering Computing Elective
aspects of professional practice, innovation and research, but also Elective Course Elective Course
the complex socio-technical context in which these activities occur.
2
This includes approaches to deal with uncertainty and risk, design, Software Design Software Engineering
modern management practices, ethics and communication. Methodologies
You will develop these skills and capabilities through a balance of Computer Organisation Systems, Networks and
theoretical study, team projects with industry partners, and work and Program Execution Concurrency
experience. You also have the opportunity to develop innovation Introduction to Data Algorithms
and entrepreneurial capabilities by working on your own start-ups Management, Analysis and
with industry entrepreneurs. Security
Elective Course Elective Course
Career outcomes
Upon graduation you will be accredited by both Engineers Australia
and the Australian Computer Science Society opening up a wide
3 Software Engineering
Project
Software Engineering
Project
range of job possibilities. The technical depth and real-world Managing Software Computing Elective
competencies achieved by our graduates are what can often Development
differentiate the ordinary from the best in the software industry. Systems Engineering for Computing Elective
Software Engineers
Specialisations Elective Course Elective Course
For a list of specialisations, turn to page 31.
Accreditation 4 Software Engineering
Practice
Software Engineering
Practice
Managing Software Engineering Innovation
Graduates of this degree will be Accredited Quality & Process
Engineers through the professional body
Engineers Australia as well as through the Advanced Computing Computing Elective
Research Methods
Australian Computing Society.
Elective Course Elective Course
The Bachelor of Software Engineering
(Honours) allowed me to gain essential
systems and design thinking skills,
and gave me the confidence to explore
both engineering and computer science
without the need of a double degree.
Yaya Lu
Bachelor of Software Engineering (Honours)
Undergraduate Programs 2019 27B A C H E L O R O F I N F O R M AT I O N
TECHNOLOGY
Minimum Selection Rank: 80 Duration: 3 years Degree structure
UAC Code: 136063 CRICOS Code: 029996A
Year Semester 1 Semester 2
About the degree
Information Technology (IT) is everywhere – from digital 1 Programming as Problem
Solving
Structured Programming
technology in your TV, laptop, gaming system, mobile phone, Discrete Mathematical Foundations of Computing
watch, music, movies, kitchen, car, bank or your next gig tickets. Models
It is changing the way we live, learn, work and even socialise.
Elective Course Elective Course
In this degree you will get a strong grounding in computing Elective Course Elective Course
fundamentals to tackle the progressive nature of IT. With IT
2
being an intrinsic part of all industries, knowledge of software Software Design Computing Course
development and information systems is highly sought after by Methodologies
all employers.
Computer Organisation Computing Course
If you are interested in the IT revolution, joining a truly globalised and Program Execution
and fast changing industry, then the ANU Bachelor of Information Introduction to Data Computing Course
Technology is for you. Management, Analysis and
Security
Career outcomes Elective Course Elective Course
The career options for ANU graduates in IT, and in particular,
students who have completed a combined degree, are wide
and varied. IT skills are a real competitive advantage and all
3 Managing Software
Development
Computing Course
organisations, large and small, public and private, need people Computing Course Computing Course
to work on their IT systems, or to understand them. Computing Course Computing Course
Majors Elective Course Elective Course
For a list of majors, turn to page 31.
Honours Year
Accreditation An honours year of the Bachelor of Information Technology
Graduates of this degree will be accredited is also available for eligible students. The honours program
through the Australian Computer Society. includes advanced coursework and a major individual
project. For ANU students, admission is by invitation based
on performance. External students may apply direct to
the University.
The Bachelor of Information Technology
has opened my eyes to the multiple
pathways in the field of computing,
from the typical programming side
to the business side of it. Combined with
the flexibility of this degree, it has allowed
me to explore and pursue what I truly
want to learn.
Septian Razi
Bachelor of Information Technology
28 ANU College of Engineering and Computer ScienceB A C H E L O R O F A P P L I E D D ATA
A N A LY T I C S
Minimum Selection Rank: 95 Duration: 3 years Degree structure
UAC Code: 135801 CRICOS Code: 094621D
Year Semester 1 Semester 2
About the degree
This program is designed to meet demands for a workforce with 1 Programming as Problem
Solving
Structured Programming
skills in data analytics to inform high-quality, data-driven decision- Mathematics and
Relational Databases
making. This reflects a wider challenge to Australian business, Applications 1
government and community in terms of the effective use of public
Foundations of Social
and commercial data for decision-making. Elective Course
Research
The rapid expansion of a digitally enabled environment has Mathematics and
Elective Course
broadened both the threat and the opportunity in data-driven Applications 2
innovation. This multi-disciplinary bachelor degree comprising
computer science, statistics, and social science courses can be
applied across a host of settings from business, finance and health, 2 Data Mining
Regression Modelling
Data Wrangling
Introductory Mathematical
through to national security. Statistics
Population Analysis Online Research Methods
Career outcomes
Elective Course Elective Course
The Bachelor of Applied Data Analytics is an inter-disciplinary
degree that is designed to address a global shortage of graduates
with skills in data analytics as applied to high-quality, data-informed
decision-making. It is designed to develop inter-disciplinary
3 Social Science of the
Internet
Graphical Data Analysis
Statistical Learning Data for Decision Making
knowledge across the three base disciplines of computing,
statistics and social science. Our graduates will be ideally Elective Course Elective Course
positioned to enter into jobs such as a Technology Entrepreneur,
Elective Course Elective Course
Database Administrator and Developer, Policy Analyst, Information
and Data Analyst and Data Scientist.
Honours Year
Elective study
An honours year of the Bachelor of Applied Data Analytics
Once you have met the program requirements of your degree, you is also available for eligible students. The honours year
may have enough electives to complete an additional major, minor will provide you with high level preparation for life as a
or specialisation. practitioner or for undertaking further study. You will be
provided with research methods and principles training,
undertake some advanced coursework, and complete
a major research project.
The passionate lecturers are eager to
share their knowledge and are a constant
source of encouragement and influence.
I also find the students who aren’t afraid
to dream big give me courage and
optimism.
Amy Yu
Bachelor of Applied Data Analytics /
Bachelor of Commerce
Undergraduate Programs 2019 29DIPLOMA OF COMPUTING
Minimum Selection Rank: 70 Duration: 1 year Degree structure
UAC Code: 136060 CRICOS Code: 084573A
Year Semester 1 Semester 2
About the diploma
The Diploma of Computing will provide you with a grounding in all 1 Introduction to
Programming and
Algorithms
Professional
Communication
the basic requirements for success in a degree in IT.
Web Development and Foundations of Computing
The Diploma of Computing is designed for students who are Design
interested in studying a Bachelor of Information Technology at
ANU. Graduates who meet the progression requirements may Introduction to Software Business Information
Systems Systems
articulate into the Bachelor of Information Technology and may
receive up to one year (48 units) of credit. Alternatively, it may be Relational Databases Discrete Mathematical
used as an exit point at the Diploma level. Models
In this program you can major in programming, web design,
databases and information systems.
Career Outcomes
Graduates from ANU have been rated as Australia’s most The Diploma of Computing will provide you
employable graduates and among the most sought after by with academic communication skills and
employers worldwide. discipline-specific knowledge in a hands-on
The latest Global Employability University Ranking, published learning environment, while building your
by the Times Higher Education, rated ANU as Australia’s top confidence and ability to progress to further
university for getting a job for the fourth year in a row. university study.
Progression
Upon successful completion of the Diploma of Computing Mr Patrick Tran
with no more than one fail or incomplete grade, students will
Convenor of the Diploma of Computing
be eligible to enter into the second year of the Bachelor of
Information Technology.
For more information about the Bachelor of Information
Technology, turn to page 29.
The Diploma of Computing is a great
way to start your university journey. I
was impressed with the high quality
of the lectures and tutorials, and
thoroughly enjoyed the group work that
lead to amazing discussions between
the students and teachers.
Run Wang
Diploma of Computing
30 ANU College of Engineering and Computer ScienceM A J O R S & S P E C I A L I S AT I O N S
A major or specialisation will provide you with expertise in a computer science
discipline, giving you breadth and depth in your knowledge of the field.
Bachelor of Advanced Computing Bachelor of Information Technology:
R&D/Bachelor of Advanced Data Science major*
Computing: The Data Science major teaches the principles, theories and
Intelligent Systems specialisation skills used in developing methods to collect, manage, analyse,
and interpret data in various formats and at a large scale.
Intelligent Systems exceed human intellectual capabilities in an You will learn to use a broad range of techniques to extract
increasing number of domains. This specialisation offers courses knowledge and insights from large and complex data, including
in a wide range of topics such as Artificial Intelligence search, structured and unstructured data. The major involves courses
optimisation, knowledge representation, reasoning, planning, in areas such as database systems, data mining, artificial
diagnosis, machine learning, document analysis, intelligent intelligence, machine learning and more.
agents, data-driven approaches (mining, matching, wrangling,
modelling), and bio-inspired computing (neural networks, Information Systems major
evolutionary algorithms, human brain and mind). The Information Systems major integrates conceptual
and practical skills related to the creation, flow and usage
Systems & Architecture specialisation of information within organisations. You will develop an
Computer Systems have provided the software foundations understanding of organisations, and the knowledge and skills
upon which modern applications run. As we push the limits of required for systems analysis and design, and to manage
what can be done, these foundations are also pushed. This organisational computer systems applications.
major focuses on the computer systems that provide this critical
resource and explores topics such as operating systems, Software Development major
networks, concurrency, electronics, embedded systems, and The Software Development major integrates the conceptual and
high performance computing. practical skills related to the technology of computer systems
used in the creation of high quality software. You will develop the
Theoretical Computer Science specialisation knowledge and skills needed to build software based solutions
Theoretical Computer Science focuses on more abstract or to complex problems in Information and Communications
mathematical aspects of computing. You will use the tools of Technology (ICT), as well as understanding the systems context
logic and discrete mathematics to investigate the complexity within which software is developed and operated.
of problems, the scope and limits of computation and the
fundamental properties of algorithms. The focus of this Cyber Security major
specialisation is on the foundations of the entire discipline: the The cyber security major provides principles, theories and
science and mathematics of computation itself. practical skills required to analyse and manage current cyber
security situations. You will learn how to reverse-engineer a given
Bachelor of Software Engineering: system and to identify and test vulnerabilities. The addressed
systems cover the complete range of architectures from
Majors and specialisations are not compulsory in the Bachelor individual controllers to the internet.
of Software Engineering (Honours) and are only possible in
the single degree. You can study any of the three Advanced
Computing specialisation listed above, the Information Systems
major, or any other major/minor from across the university using
your university electives.
What is the different between an elective, major, minor and specisalisation?
Elective Specialisation/Minor Major
A single course that A group of four courses to give you specialist A group of eight courses to give you in-depth
can be studied in any knowledge in a particular area (24 units) knowledge in a particular area (48 units)
academic area (6 units) 6 units 6 units 6 units 6 units 6 units 6 units
6 units 6 units 6 units 6 units 6 units 6 units 6 units
*This major is not accredited with the Australian Computer Society
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