UNDERGRADUATE GUIDE ANU College of Engineering & Computer Science
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ANU College of
Engineering &
Computer Science
U2N0D2 E0 R G R A D U A T E G U I D E
U N D E R G R A D U AT E
2020
GUIDE
CONTENTS Engineering and Computer Science at ANU 2 How to apply 5 Discover your passion 8 Our Degrees 10 Flexible Double Degrees 12 Systems Engineering 14 Engineering programs 16 Computer Science programs 20 Majors & Specialisations 26 Research & Development 27 Global opportunities 28 Real-world experience 30 Accommodation 32 Support Services 34 Canberra 35 Our Campus 36
ENGINEERING & COMPUTER
S C I E N C E AT A N U
Australia’s
leading
university
Be recognised with in-demand qualifications from Australia’s top university.
The Australian National University is one of the world’s foremost At the ANU College of Engineering and Computer Science, you
research universities. will have the opportunity to join an exceptional teaching and
learning environment, offering some of the best engineering and
Distinguished by its relentless pursuit of excellence, the
computer science programs in the world.
University attracts leading academics and outstanding students
from Australia and around the world. You will have the opportunity to undertake ground-breaking
research, engage with world-class academics, and connect with
As the specially-chartered national university, the University
a vibrant student cohort.
conducts research at the highest levels in all of its colleges, and
offers a unique research-led education to undergraduate and Through modern and unique programs we encourage our
postgraduate students as well as postdoctoral fellows. students to build a diverse, multidisciplinary skillset that will
prepare them to successfully enter a changing job market.
The University has strong links with leading research institutions
in Australia and overseas. It is a founding member of the We have an extensive network of academic, government and
International Alliance of Research Universities, a co-operative industry partners in Australia, Europe, the Asia Pacific and
network of ten eminent international research-intensive North America.
universities around the world.
Through these collaborations and partnerships, our academics
and students develop world-class innovations that contribute to
a vibrant world economy and drive technological advancement.
2 ANU College of Engineering and Computer ScienceABOUT ANU
Our University Our students Our graduates
#1 25,500 #7
university total number most employable
in Australia1 of students graduates in Australia1
#24 12,800 #84
university undergraduate most employable
in the world1 students graduates in the world1
#7 5,000 $5k
most international students living higher average salary
university in the world 2 on campus for ANU graduates 4
5 star
rating for
staff-to-student ratio 3
6
Nobel Prize winners To keep up to date on future student events, go
among our staff to cecs.anu.edu.au/study/events
and alumni
1. QS World University Rankings 2019 2. Times Higher Education Rankings 2018
3. Good Universities Guide 2018 4. Graduates in full-time employment in the medium-term compared to
national median, Graduate Outcomes Survey 2018
2020 Undergraduate Progams 3Reimagine engineering & computing ANU has embarked on a major initiative to reimagine the future of engineering and computing. The Reimagine project aims to get us thinking about what our world will be like in 2050, when we are completely embedded in both a digital and physical environment, and to encourage us to take charge and shape a new intellectual agenda. It is a unique opportunity to reimagine the future of engineering and computing in the context of our current and future society. We are committed to significantly increasing scale and capacity in order to frame new thinking around, and solutions to, some of the world’s most complex human and technological challenges. Through the Reimagine project, the ANU College of Engineering and Computer Science will grow nearly three-fold, inspiring a new generation of creative thinkers to these areas, challenging historic biases through the inclusive environment we create together. This is an exciting time to be studying with us, join us as we reimagine the future. For more information visit cecs.anu.edu.au/reimagine 4 ANU College of Engineering and Computer Science
H O W T O A P P LY
Domestic 2020 - Apply through UAC UAC application
dates for 2020
You can apply to study at ANU in 2020 via UAC (The Universities Admissions Centre).
You can submit a UAC application if you’re: > August 2019
>> not a school-leaver, e.g. a gap year student UAC applications open
>> seeking admission as a mature-age applicant
>> transferring from another institution > 2019 Closing date
>> otherwise not a domestic Australian school-leaver. Refer to uac.edu.au
Domestic 2021 - Apply direct to ANU Direct application
dates*
1. Check if you're eligible to submit a direct > March 2020
Admission, Scholarships and Accommodation Direct applications to
application ANU open
>> You can complete a direct application if you are a domestic Australian school > May 2020
leaver in 2020, wanting to apply for an undergraduate program that starts
Direct applications to
in 2021.
ANU close
>> Australian school leavers mean those who will complete an Australian Year 12
or International Baccalaureate Diploma (November session) in Australia in 2020. > August 2020
>> You can also apply for campus accommodation and all available scholarships in Conditional offers released
the same application.
> September 2020
2. Consider which programs are best for you Conditional offer
acceptance deadline
>> Choose from over 50 bachelor degrees, or combine degrees to study a Flexible
Double Degree program. To find out which degree suits your interests and > December 2020
career goals, see page 10.
ATARs released
>> Some degrees require you to have studied specific subjects in Year 12. Before
you apply, make sure you're eligible for your chosen degree by checking the > From late December
prerequisites on page 10. 2020
Final offers begin to
3. Check you meet the co-curricular be released
or service requirement > January 2021
>> All domestic school leavers are required to meet the co-curricular or service Final offer acceptance
requirement. deadline
>> You can find out more about the requirement on page 6. > February 2021
Classes commence
4. Apply direct to ANU
*This information is correct at the
>> Great work! You're now ready to apply. time of printing (June 2019).
>> Remember applications open in March 2020 and close in May 2020. For up to date information visit
anu.edu.au/study/apply
International admissions
anu.edu.au/study/apply
2020 Undergraduate Progams 5THE CO-CURRICULAR
OR SERVICE REQUIREMENT
To apply to ANU, you have to meet our co-curricular or service requirement*.
Check to see if you have met the requirement before you apply.
Skills to succeed How the co-curricular or service
The skills you gain outside of the classroom matter. These requirement works
experiences will help you succeed at university and increase
>> The co-curricular or service requirement is a threshold
your employability upon graduation. At ANU you'll have
which is either met or not met. We won’t rank you against
the opportunity to develop these skills further through
other applicants.
participating in internships, international exchange programs
and much more. >> The requirement won't modify your ATAR or ANU selection
rank. You must meet it in addition to other admission
In your application, you will have the opportunity to tell
requirements that apply to your preferred program.
us what you learnt outside the classroom. These include
activities such as volunteering, part-time work, caring for a >> The requirement can be met through activities that were
family member or playing sport. completed in Years 10, 11 or 12; and must be met at the
time of application.
>> Supporting documentation must be submitted to confirm
Meeting the co-curricular your participation in activities. Example documentation and
or service requirement templates are available for download.
To gain admission to ANU, you will be required to meet the For more information and to check if you’ve met the
co-curricular or service requirement in addition to meeting co-curricular or service requirement, see:
the academic requirements for your preferred ANU program. anu.edu.au/study/apply
The matrix on the next page provides examples of the type of
activities that we recognise.
Each activity is mapped against seven skills:
>> Creative and Critical Thinking
>> Community Engagement
>> Inclusion and Awareness of Diversity
>> Communication
>> Leadership
>> Personal Responsibility
>> Teamwork
You have met the co-curricular or service requirement when
you can demonstrate that you've attained at least three of
seven skills.
* If you are a domestic Australian school leaver in 2019, wanting to apply for an
undergraduate degree starting in 2020.
6 ANU College of Engineering and Computer ScienceCommunity Inclusion & Communication Leadership Personal Teamwork Creative
engagement awareness responsibility & critical
of diversity thinking
Academic Extension Activities Educational and Scholastic Activities
Research Programs or Internships Educational Competition / Test / Challenge
(Individual)
Summer School Programs Educational Competition / Test / Challenge
(Team)
Oxbridge Summer Program
International Educational / Test /
UBS Finance Academy Competition (Individual)
International Education / Test /
University Academic Extension Programs
Competition (Team)
'F1 in Schools' Academic Program Youth Forums
USYD Gifted & Talented Discovery International Youth Forums
Program
Google Science Fair
Model United Nations
Youth Citizen Entrepreneurship
International Academic Exchange Competition
United Nations Youth Association or
Youth Parliament
Community and Service Activities
Public Speaking
Volunteering for a registered charity
Debating
Volunteering for community events,
including school events Voice of Youth or Lions Youth of the Year
Member of a Community or Conducting an Animal Show/Exhibition
School-based Club
Student Council
Employment
School Captaincy Paid and Unpaid Employment
Girl Guides/Scouts (or similar)
Youth Cadets (or similar) Gaming, Sport and Fitness Activities
Caring for a family member or individual Sport (Individual)
with specific needs (Primary and Gaming (Individual)
Secondary carer roles included)
Sport or Gaming (Team)
Creative and Performance Activities Fitness or Training (Individual)
Creative Art (Individual) Fitness or Training (Group)
Coaching or Leading a Gaming, Sport or
Competitive Writing Fitness Activity
Heywire Competition Umpiring a Gaming, Sport or Fitness
Activity
Future Leaders Writing Prize
National Interschool Chess Competition
Whitlam Institute What Matters?
Competition
Poetry Some activities have minimum commitment requirements.
For additional detail on the activities recognised as meeting
Panda Competition the co-curricular or service requirements, see: anu.edu.au/
study/apply
Creative Art (Team)
This process will:
Creative Performance (Individual)
perate as a simple threshold which is met when an applicant
–– o
Creative Performance (Group) has attained 3 out of 7 skills
Cast or Crew member of a Creative –– highlight skills that enhance employability outcomes
Production
Lead Performer or Lead Crew Member of a This process will not:
Creative Production –– competitively rank students by the activities they undertake
–– change a student’s ATAR, or impact other entry requirements
–– replace ANU adjustment factors
2020 Undergraduate Progams 7D I S C O V E R Y O U R PA S S I O N
Choosing what to study can be challenging, and ANU has a wide selection
of qualifications to suit your skills and passions. Learn about the related
programs and career paths available.
I enjoy... Related degrees Possible careers
Bachelor of Engineering (Honours) Engineer (civil, mechanical, electrical, biomedical,
Problem Solving Bachelor of Engineering (Research & mechatronic, renewable, humanitarian and more)
Development) (Honours)
Physics Consultant
Mathematics Project Manager
Teamwork Research & Development
Senior Manager
Applied Data Analytics Database Administrator & Developer
Computing
Information & Data Analyst
Social Science
Data Scientist
Statistics
Policy Analyst
Data
Technology Entrepreneur
Bachelor of Advanced Computing (Honours) Data Mining Specialist
Bachelor of Advanced Computing (Research &
Big Data Analyst
Computing Theory Development) (Honours)
Human-Centred Interaction Specialist
Problem Solving
Software Developer
Mathematics
Network Architect
Research
Computer Engineering
Software Architect
Bachelor of Software Engineering (Honours) Software Engineer/Developer/Architect
Project Manager
Programming
Application Developer
Psychology
Network Architect
Teamwork
Database Analyst
Mathematics
Technology Entrepreneur
Game Developer
Bachelor of Information Technology IT Specialist
Computing IT Consultant
Programming Web Developer
Mathematics Software Engineer
Software Consultant
8 ANU College of Engineering and Computer ScienceW H E R E W I L L A N A N U D E G R E E TA K E Y O U ?
Ben Greenwood
Bachelor of Software Engineering (Honours)/Bachelor of Commerce
‘13
At 15 years of age Ben “I get to do a lot of hands on
Greenwood had already started research in other countries and
not one, but two start-ups in his I’ve really got to understand
home country of South Africa. the challenges that the next
billion people coming online are
Ben is now a Product Manager
experiencing with products.
based at Google’s Sydney office
where he has worked since he Ben says that his time at
graduated from ANU in 2013. ANU prepared him for a
dynamic career in a fast paced
“I’ve worked on Google Maps
technological environment.
and have started working on
Application Programming “All of the opportunities and
Interfaces. I’ve built a new studying at ANU helped
version of Google Maps for me develop leadership and
web that was optimised for teamwork skills, and taught me
developing markets and places how to make tough decisions
where the internet connectivity under pressure. All of which I
isn’t great.” have been able to apply in my
current role at Google.”
He often travels between
Tokyo and the US managing
new products with Google’s
international teams.
Ben Owen
Bachelor of Engineering (Honours) ’06, BSc ’06
Ben was the project manager of the $250
million Kambri precinct, the University’s new
cultural centre, a vibrant and energetic hub where
people connect, live and study.
He was hired as a site engineer with Lend Lease,
one of Australia’s largest building companies, just
before graduating in 2006. He has worked with the
company over the last decade, managing projects
ranging in value from $50 million to $600 million.
He says the ANU Systems Engineering degree
underpins his success and ability to manage
complex challenges.
“I’m asked all the time if I use my degree,” he
says. “I do use it, but it’s not just that I remember
equations to help me solve things. It’s more
that my mind is trained to solve a problem – the
systems engineering focus is what encourages me
to ask the right questions at the right times.”
2020 Undergraduate Progams 9OUR DEGREES
At the ANU College of Engineering and Computer Science, you will have the
opportunity to be part of an exceptional teaching and learning environment,
that offers some of the best programs in the world.
Minimum
Duration selection UK GCE Gao Singapore
Degree Name (full time) ranking IB A-Levels# Kao‡ A Levels^ Prerequisites*
Engineering
Bachelor of Engineering
(Research & Development) 4 years 99 42 22 690 17.5 ACT:
(Honours) Mathematical
Methods or
Bachelor of Engineering higher
4 years 90 33 18 570 15
(Honours)
Computer Science
Bachelor of Advanced ACT: Specialist
Computing (Research & 4 years 99 42 22 690 17.5 Mathematics or
Development) (Honours) higher
Bachelor of Applied Data
3 years 95 38 20 630 16 None
Analytics
Bachelor of Advanced
4 years 90 33 18 570 15
Computing (Honours)
ACT:
Bachelor of Software Mathematical
4 years 90 33 18 570 15
Engineering (Honours) Methods or
higher
Bachelor of Information
3 years 80 29 14 525 10.5
Technology
# 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. ^ Singapore A Levels entry for all programs is the total of the best 3 H2 subjects (A=5, B=4, C=3, D=2, E=1) and the best H1 subject (A=2.5, B=2, C=1.5,
D=1, E=0.5). The H1 subject may be content-based, General Paper or Knowledge & Enquiry. Mother tongue cannot be included in the calculation.
* More information about interstate subject equivalancies can be found at uac.edu.au/future-applicants/admission-criteria
NOTE: Admission requirements may vary from year to year. Admission requirements for entry in 2020 may be subject to change. See programsandcourses.anu.edu.
au for any changes in entrance requirements. Admission requirements for international students may vary.
10 ANU College of Engineering and Computer ScienceT H I N K I N G A B O U T P O S T G R A D U AT E S T U D Y ?
You will be guided by some of the world’s brightest minds, and have
access to world-class facilities and resources. At ANU you’ll find unique
opportunities for exploration, career development and personal and
professional networking.
Degree Duration (full time)
Graduate Diploma of Applied Data Analytics 1 year
Graduate Diploma of Computing 1 year
Master of Applied Data Analytics 1.5 years
Master of Computing 2 years
Master of Computing (Advanced) 2 years
Master of Engineering in Digital Systems and Telecommunications 2 years
Master of Engineering in Electrical Engineering 2 years
Master of Engineering in Mechatronics 2 years
Master of Engineering in Photonics 2 years
Master of Engineering in Renewable Energy 2 years
Master of Machine Learning and Computer Vision 2 years
Undertake high quality research under the
supervision of exceptional academics through
a Doctor of Philosophy (PhD) or a Master of
Philosophy (MPhil).
Degree Duration (full time)
Master of Philosophy 2 years
Doctor of Philosophy 4 years
For more information
on our undergraduate and
postgraduate programs visit
cecs.anu.edu/study
2020 Undergraduate Progams 11FLEXIBLE DOUBLE DEGREES
ANU has pioneered the Flexible Double Degree - so you can satisfy your
intellectual curiosity, and tailor your studies to prepare for your dream career.
Explore over 750 possible degree combinations at programsandcourses.anu.edu.au
Arts, Social Sciences, Law Engineering or Advanced
Business or Science Computing
Four years full-time Five years full-time Five years full-time
Combine any two of the Choose Choose one of the
following degrees following degrees
2019 2019 2019
Bachelor of Selection Rank Bachelor of Selection Rank Bachelor of Selection Rank
Accounting2 87 Laws (Hons) 98 Advanced Computing (Hons)4 90
Actuarial Studies4 97 and combine with one Advanced Computing (R&D) (Hons)4 99
Applied Data Analytics 95 of the following degrees Engineering (Hons)4 90
Archaeological Practice 80 Accounting 87 Engineering (R&D) (Hons)4,6 99
Art History and Curatorship 80 Actuarial Studies 4 97 Software Engineering (Hons)4 90
Arts 80 Applied Data Analytics 95 and combine with one
Asian Studies 80 Archaeological Practice 80 of the following degrees
Biotechnology 4,5 80 Art History and Curatorship 80
Accounting 6 87
Business Administration 86 Arts 80
Actuarial Studies4 97
Classical Studies 80 Asian Studies 80
Applied Data Analytics 95
Commerce 2,3 86 Biotechnology 4 80
Archaeological Practice 6 80
Criminology 80 Business Administration 86
Arts 80
Design A+C Classical Studies 80
Art History and Curatorship6 80
Development Studies 80 Commerce 86
Asian Studies 6 80
Economics 87 Criminology 80
Biotechnology 4,6 80
Environment and Sustainability 80 Design A+C
Business Administration 86
European Studies 80 Development Studies 80
Classical Studies6 80
Finance 3 87 Economics 87
Commerce 86
Genetics 4,5 90 Environment and Sustainability 80
Criminology 6 80
Information Technology 4 80 European Studies 80
Design A+C
International Relations 90 Finance 87
Development Studies6 80
International Security Studies 90 Genetics4 90
Economics 87
Languages 80 Information Technology 4 80
Environment and Sustainability 80
Mathematical Sciences 4 95 International Relations 90
European Studies6 80
Medical Science 4,5 90 International Security Studies 90
Finance3 87
Middle Eastern and Central Languages 80
Genetics4,6 90
Asian Studies 80 Mathematical Sciences 4 95
Information Technology 5 80
Music1 80 Medical Science 4 90
International Relations6 90
Pacific Studies 80 Middle Eastern and Central
International Security Studies 90
Public Policy 90 Asian Studies 80
Languages 80
Political Science 90 Music1 80
Mathematics Sciences4 95
Politics, Philosophy and Pacific Studies 80
Medical Science4,6 90
Economics 96 Public Policy 90
Music1,6 80
Science 80 Political Science 90
Pacific Studies6 80
Science (Psychology) 80 Politics, Philosophy and Economics 96
Politics Philosophy and Economics6 96
Statistics 4 87 Science 80
Political Science6 90
Visual Arts A+C Science (Psychology) 80
Public Policy 6 90
Statistics 4 87
Science 80
Visual Arts A+C
Science (Psychology) 80
Statistics4 87
A+C: Minimum selection rank + conditions apply including interview/portfolio.
See soa.anu.edu.au/apply for more information. Visual Arts6 A+C
1 Entrance to performance courses are by audition. E schoolofmusic@anu.edu.au
2 Commerce with an accounting major cannot be combined with Bachelor of Accounting.
3 Commerce with a finance major cannot be combined with Bachelor of Finance.
4 Program includes another prerequisite in addition to minimum selection rank. See programsandcourses@anu.edu.au
5 The degrees of Biotechnology, Genetics and Medical Sciences cannot be combined with one another. The degrees of Advanced Computing and Software
Engineering cannot be combined with Information Technology.
6 The Bachelor of Engineering (R&D) (Hons) cannot be combined with any of these degrees.
12 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
e.g. Bachelor of Information Technology
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 Commerce Major Course
Core Commerce Course Commerce Major Course
5 1
2
Core Engineering Course
Core Engineering Course
Core Engineering Course
Engineering Major Course
Engineering Elective Course Commerce Major Course
Commerce Elective Course Commerce Major Course
2020 Undergraduate Progams 13Systems
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
#3
> Renewable Energy Systems
What you’ll receive
Ranked number three* in > an interdisciplinary understanding of engineering and a clear
Australia in Electrical and advantage when you graduate and enter the workforce.
Electronic Engineering > in-demand skills and experience in analysing, designing
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.
* QS World University Rankings by Subject 2018
14 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.
2019 Undergraduate Progams 15ENGINEERING
Prominent organisations across government, industry and business
need modern engineers who possess skills and expertise across multiple
engineering fields, and can adapt to new technologies and lead engineering
teams.
That’s why we teach Systems Engineering at ANU. The unique
interdisciplinary nature of our degrees will prepare you to design,
analyse and manage complex systems or projects, like a plane,
car or mobile phone. Systems Engineering transcends software,
electrical and mechanical engineering asking engineers to
provide the big picture, and work across teams.
In your first year and a half you’ll study the core foundation and
engineering courses, and then you’ll choose an engineering
major to specialise in. In Australia, ANU is the only Australian
university whose engineering degree is built on Systems
Engineering. Graduates from other universities often have
to complete a postgraduate degree to further develop
this expertise.
Top 50 Top 50 13th
in the world in the world in the world
For our Engineering We are also Top For Automation
and Computer 50 in the World for and Control
Science programs, our Engineering Engineering a
as well as for our program - which key component of
electrical, electronic, focuses on a systems the Mechatronics
telecommunication engineering approach. Engineering
engineering programs. - QS Rankings 2018.
specialisation offered
- ARWU Rankings 2018.
in our Bachelor
Degree.
16 ANU College of Engineering and Computer ScienceBACHELOR OF ENGINEERING
(RESEARCH & DEVELOPMENT) (HONOURS)
Minimum Selection Rank: 99 Duration: 4 years UAC Code: 135000 CRICOS Code: 060542F
About the degree Degree structure
Stand out with your capacity for innovation. In this program
you will undertake advanced courses and work alongside Year Semester 1 Semester 2
distinguished academics, completing research projects in an
engineering field that interests you. You will study engineering
fundamentals while being immersed in a research area such as 1 Discovering Engineering
Mathematics and
Applications 2
biomedical engineering, mechatronics, solar energy, materials,
Introduction to
manufacturing and computer vision. This degree will allow you Physics of Materials
Mechanics
to excel in your career, make a tangible difference to society and
help solve some of the world’s largest problems. Mathematics and Introduction to
Applications 1 Electronics
Career outcomes Elective Course
Programming for
Scientists
Our Research and Development (R&D) degrees have a strong
professional focus leading to an easy transition into an R&D role
as an Accredited Engineer in industry. Equally, the advanced
2 Engineering Design 2:
Systems Approaches for
Engineering Design 3:
Systems Approaches
Design for Analysis
nature of the program ensures those looking to undertake
postgraduate research can move into academia. Mechanical Systems and Engineering
Design Thermodynamics
Electronic Systems and
Signals and Systems
Design
Engineering Research
and Development Project Elective Course
(Methods)
3 Engineering Design 4A:
Systems Approaches for Engineering Specialisation
Management
Engineering Engineering Research
Specialisation and Development Project
Engineering Research & Engineering
Development Project Specialisation
Engineering Research
Elective Course
and Development Project
4 Engineering Research
and Development Project
Engineering Research
and Development Project
Engineering Engineering
Matilda Dowse Specialisation Specialisation
Bachelor of Engineering (Research & Engineering
Development)/Bachelor of Science Elective Course
Specialisation
“It’s given me the opportunity to see what path I Elective Course Elective Course
want to go down in life, if I want to do research,
if I want to stay in industry, and I think that’s a
really valuable thing to have already set out in Specialisations
front of you before you have to go straight into the For a list of specialisations, see page 19.
workforce.”
2020 Undergraduate Progams 17BACHELOR OF ENGINEERING
(HONOURS)
Minimum Selection Rank: 90 Duration: 4 years UAC Code: 135004 CRICOS Code: 077943E
About the degree Degree structure
Do you want to make a difference to society, or solve some
Year Semester 1 Semester 2
of the world’s largest problems? Would you like to make solar
1
energy technology more efficient, invent the next generation Mathematics and
of smartphones or create materials that support the growth of Discovering Engineering
Applications 2
human cells?
Introduction to
If you’re creative, enjoy teamwork and mathematics or science Physics of Materials
Mechanics
- then engineering could be for you. The unique interdisciplinary
nature of this degree goes beyond traditional engineering fields. Mathematics and Introduction to
It will prepare you to design, analyse, and manage the complex Applications 1 Electronics
systems that are prevalent in our society. You will be exposed
to several engineering disciplines during your degree, as well as Programming for
Elective Course
acquiring deep expertise in a discipline of your choice. You will Scientists
2
study core foundation and engineering courses. After that, you Engineering Design 2: Engineering Design 3:
can choose to specialise in anything from biomedical systems Systems Approaches Systems Approaches
to mechatronics. for Design for Analysis
Mechanical Systems Engineering
Career outcomes and Design Thermodynamics
Engineering careers are diverse and in demand in Australia and Electronic Systems
Signals and Systems
overseas. At ANU you will develop skills and abilities that are and Design
highly sought after in engineering and other organisations. Due Computer Architecture
to the unique interdisciplinary approach, many of our graduates Elective Course
and Simulation
quickly progress to senior roles.
3 Engineering Design 4A:
Systems Approaches for
Engineering Design 4B:
Systems Approaches for
Management Operations
Engineering
Engineering Specialisation
Specialisation
Elective Course Engineering Specialisation
Elective Course Elective Course
4 Capstone Design Project
Engineering Specialisation
Capstone Design Project
Engineering Specialisation
Engineering Specialisation Elective Course
Elective Course Elective Course
Specialisations
Liam Highmore
For a list of specialisations, see page 19.
Bachelor of Engineering/Bachelor of Business
Administration
“Studying a systems engineering degree at ANU
allowed me to combine my love of technology with
my interest in leadership and management. It’s
recognised globally, so the opportunities to work
in Australia or overseas are endless.”
18 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. You can
choose from one of six specialisations based on our areas of research excellence.
Biomedical Systems
This interdisciplinary field explores technology’s interaction with the human
body, and how engineering can make human lives better. Learn how to make
technology like bionic eyes, prosthetic limbs and breath sensors that can detect
diseases. This major combines nanotechnology, material engineering, imaging
and sensing to help you learn to make functional devices that can be used for
advanced medical outcomes.
Electronic and Communication Systems
This major teaches the art of communication through electronic devices,
from smartphone communications to deep-sea cables for the internet. The
field combines knowledge of digital and analog electronic systems with data
transmission and signal processing, to show how signals are generated and
transmitted all over the world. Learn the fundamentals of these cutting edge
technologies that connect billions globally.
Mechanical and Material Systems
Learn the science behind the behaviour of the natural and artificially made
materials that make up the world around us. Study materials from ceramics and
metals, to polymers and nanomaterials, and learn how to make new materials
with interesting properties. Students will combine theories from mechanical and
chemical fields, and discover their applications in energy, automotive, aerospace
and transport.
Mechatronic Systems
In this major, learn about mechatronic systems and their applications – like robots!
Learn to combine mechanical, electronic and computing systems to make
mechatronic prototypes and devices for applications in defence, space, medical,
transport, mining and automotive industries.
Photonic Systems
This discipline studies the science behind controlling light to make electronic
devices. Combine the art of the manipulation, transmission and storage of light
data with communication systems and networks to design future technology.
This major teaches you the physics behind the photons of light – for applications
in sensing, quantum computing, energy generation, and forensic sciences.
Renewable Energy Systems
Learn how energy can be harvested without harming our climate. This major
teaches you the engineering technology behind generating electricity using
renewable methods such as solar, wind, hydro and tidal. With a special focus on
solar energy, this major encompasses the basics of mechanical and electrical
engineering. Discover the technological advancements that will help us achieve
sustainability in the future.
2020 Undergraduate Progams 19COMPUTER SCIENCE
At ANU, our undergraduate courses in computer science focus on the
disciplines of computing, information technology and software engineering.
These degrees will provide you with the skills, experience and
tools to become innovators and future leaders of the information
and communications technology (ICT) revolution by developing
solutions to solve complex, real world problems through
emphasising foundations, creativity, design and engineering
processes. Our students are in high demand as interns, and
often win industry awards for their outstanding work.
The world-class resources and industry connections at
the Research School of Computer Science mean you will
have the opportunity to work closely with Australia’s leading
digital research network - Data61, the Computational
Informatics Division of the CSIRO and the National
Computational Infrastructure facility, Australia’s largest open
supercomputer system.
In Australia’s fastest growing industry, graduates of computing
degrees can expect attractive salary prospects, strong job
opportunities and great job satisfaction. Graduates are widely
recognised as highly skilled professionals who are able to drive
innovation in industry and government.
Leader Nurturing great Programs for
ideas high achievers
The Research School Through the innovative Our Research and
of Computer Science TechLauncher Development (R&D)
is recognised as a program, our Honours degrees
leader in algorithms students can receive for high-achieving
and data, applied guidance from students offer access
signal processing, industry mentors and to advanced courses,
artificial intelligence, funding to launch a a concentration on
computer vision and start-up company. research, and a strong
robotics, logic and professional focus –
computation, software preparing students for
intensive systems a career in industry or
engineering and academia.
systems and control.
20 ANU College of Engineering and Computer ScienceB A C H E L O R O F A D VA N C E D C O M P U T I N G
(RESEARCH & DEVELOPMENT) (HONOURS)
Minimum Selection Rank: 99 Duration: 4 years UAC Code: 135700 CRICOS Code: 085359K
About the program Degree structure
Be unique and get innovative. This interdisciplinary program
is designed for high achieving students and will prepare you Year Semester 1 Semester 2
to be a future leader of the information and communications
technology revolution. In this program you will learn advanced
computing techniques and have the opportunity to complete a 1 Programming as Problem
Solving
Structured Programming
unique specialisation. You will develop exceptional professional
Discrete Mathematical Foundations of
skills including communication and teamwork, and the program
Models Computing
can be a great pathway to a PhD. Throughout the program
you will work alongside distinguished researchers at ANU and Mathematics and Mathematics and
pursue research projects in your own area of interest. Applications 1 Applications 2
Elective Course Elective Course
Career outcomes
This undergraduate degree for high achievers is like no other in 2 Software Design
Methodologies
Software Engineering
Australia and as a graduate of this program, you will be uniquely
positioned to develop a technical or research orientated career Computer Organisation Systems, Networks and
in industry, or undertake postgraduate research. Opportunities and Program Execution Concurrency
exist in tech industries, software start-up companies, computing Introduction to Data
research and development as well as specialised computing Studies in Advanced
Management, Analysis
companies. Computing R&D
and Security
Advanced Computing
Algorithms
R&D Methods
3 Computing Research
Specialisation
Computing Specialisation
Course
Individual Research Individual Research
Project Project
Elective Course Elective Course
Elective Course Elective Course
4 Computing Research
Specialisation
Computing Research
Specialisation
Advanced Computing Advanced Computing
Research Project Research Methods
Advanced Computing Advanced Computing
Research Project Research Methods
Elective Course Elective Course
Chaahat Jain
Bachelor of Advanced Computing (Research & Specialisations
Development) (Honours)
For a list of specialisations, turn to page 26.
“My degree has allowed me to work alongside
distinguished researchers on problems in
cutting-edge research, and to see the theoretical
knowledge that I learn be applied to these
problems.”
2020 Undergraduate Progams 21B A C H E L O R O F A D VA N C E D C O M P U T I N G
(HONOURS)
Minimum Selection Rank: 90 Duration: 4 years UAC Code: 135700 CRICOS Code: 085359K
About the degree Degree structure
There is hardly any aspect of modern society untouched by the
computing revolution. Some of the biggest challenges we face Year Semester 1 Semester 2
today will all be solved with an ICT component, whether it is
in predicting efficiencies in renewable energy systems or using
machine learning to diagnose illnesses. In this program you will 1 Programming as Problem
Solving
Structured Programming
learn advanced computing techniques and have the opportunity
Discrete Mathematical Foundations of
to complete a unique specialisation. You will also develop
Models Computing
professional skills such as communication and teamwork. If you
are interested in mastering challenging projects, the Bachelor of Computing Elective Computing elective
Advanced Computing (Honours) can launch you into a dynamic
career. There are many innovative ways to use skills from this Elective Course Elective Course
2
course in a range of disciplines. Software Design
Software Engineering
Methodologies
Career outcomes Computer Organisation Systems, Networks and
and Program Execution Concurrency
The best computing professionals often have knowledge in
fields wider than computing alone. Our graduates will be ideally Introduction to Data
Algorithms
positioned to shape their chosen sector of the computing Management
industry and acquire the skills and knowledge to become Elective Course Elective Course
leaders in the ICT industry.
3 Computing Specialisation
Course
Computing Specialisation
Course
Advanced Computing
Computing Elective
Research Methods
Computing elective Computing elective
Elective Course Elective Course
4 Computing Specialisation
Course
Computing Specialisation
Course
Advanced Computing Advanced Computing
Research Project Research Methods
Advanced Computing Advanced Computing
Research Project Research Methods
Elective Course Elective Course
Specialisations
For a list of specialisations, turn to page 26.
Tina Wang
Bachelor of Advanced Computing (Honours)/
Bachelor of Science
“At ANU there’s a real multidisciplinary and big
picture research focus, I think there’s actually a lot
of humanity in computer science, which you don’t
realise until you look beneath it.”
22 ANU College of Engineering and Computer ScienceBACHELOR OF SOFTWARE ENGINEERING
(HONOURS)
Minimum Selection Rank: 90 Duration: 4 years UAC Code: 135604 CRICOS Code: 077948M
About the degree Degree structure
Software Engineering is about building effective systems
that address complex problems in a broad range of domains Year Semester 1 Semester 2
including transport, finance, medicine, science and the arts. We
adopt a systems approach that not only covers the technical
aspects of professional practice, innovation and research, but 1 Programming as Problem
Solving
Structured Programming
also the complex sociotechnical context in which these activities
Discrete Mathematical Foundations of
occur. This includes approaches to deal with uncertainty
Models Computing
and risk, design, modern management practices, ethics and
communication. You will develop these skills through a balance Computing elective Computing elective
of theoretical study, team projects with industry partners, and
work experience. You will also have the opportunity to develop Elective Course Elective Course
2
innovation and entrepreneurial capabilities by working on your Software Design
own start-ups with industry entrepreneurs. Software Engineering
Methodologies
Career outcomes Computer Organisation Systems, Networks and
and Program Execution Concurrency
Upon graduation you will be accredited by both Engineers
Australia and the Australian Computer Science Society opening Introduction to Data
Algorithms
up a wide range of job possibilities. The technical depth and Management
real-world competencies achieved by our graduates are what
Elective Course Elective Course
often differentiate the ordinary from the exceptional in the
software industry.
3 Software Engineering
Project
Software Engineering
Project
Managing Software Systems Engineering for
Development Software Engineers
Computing elective Computing elective
Elective Course Elective Course
4 Software Engineering
Practice
Software Engineering
Practice
Managing Software
Engineering Innovation
Quality and Process
Advanced Computing
Computing elective
Research Methods
Elective Course Elective Course
Specialisations
For a list of specialisations, turn to page 26.
Yaya Lu
Bachelor of Software Engineering (Honours)
“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.”
2020 Undergraduate Progams 23B 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 UAC Code: 136063 CRICOS Code: 029996A
About the degree Degree structure
Information Technology (IT) is everywhere – from digital
technology in your TV, laptop, gaming system, mobile phone, Year Semester 1 Semester 2
watch, kitchen, car, bank or your next gig tickets. It is changing
the way we live, learn, work and even socialise. In this degree
you will get a strong grounding in computing fundamentals to 1 Programming as Problem
Solving
Structured Programming
tackle the progressive nature of IT. With IT being an intrinsic
part of all industries, knowledge of software development and Mathematics and Foundations of
information systems is highly sought after by all employers. If Applications 1 Computing
you are interested in the IT revolution, joining a truly globalised
and fast changing industry, then the ANU Bachelor of Elective Course Elective Course
Information Technology is for you.
Elective Course Elective Course
Career outcomes 2 Software Design
Methodologies
Computing elective
Career options for ANU graduates in IT, and particularly students
who have completed a combined degree, are wide and varied. Computer Organisation
Computing elective
IT skills are a real competitive advantage and all organisations and Program Execution
need people to work on and understand their IT systems.
Introduction to Data
Management, Analysis Computing elective
and Security
Elective Course Elective Course
3 Computing elective Computing elective
Computing elective Computing elective
Computing elective Computing elective
Elective Course Elective Course
Majors
For a list of majors, turn to page 26.
Honours
An honours year of the Bachelor of Information Technology
is also available for eligible students. The honours program
Septian Razi includes advanced coursework and a major individual
project. For ANU students, admission is by invitation based
Bachelor of Information Technology on performance. External students may apply directly to
“The Bachelor of Information Technology has the University.
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.”
24 ANU College of Engineering and Computer ScienceB A C H E L O R O F A P P L I E D D A T A A N A LY T I C S
Minimum Selection Rank: 95 Duration: 3 years UAC Code: 135801 CRICOS Code: 094621D
About the degree Degree structure
This program is designed to meet the demands of a workforce
with skills in data analytics to inform high-quality, data-driven Year Semester 1 Semester 2
decision making. This reflects a wider challenge to Australian
business, government and community in terms of the effective
use of public and commercial data for decision making. 1 Programming as Problem
Solving
Structured Programming
The rapid expansion of a digitally enabled environment has
Mathematics and
broadened the threat and opportunity in data-driven innovation. Relational Databases
Applications 1
This multi-disciplinary bachelor degree comprising computer
science, statistics, and social science courses can be applied Foundations
across a host of settings from business, finance, health and Elective Course
of Social Research
national security.
Mathematics and
Elective Course
Applications 2
Career outcomes
The Bachelor of Applied Data Analytics is an interdisciplinary 2 Data Mining Data Wrangling
degree that is designed to address a global shortage of Introductory
Regression Modelling
graduates with skills in data analytics applied to high quality, Mathematical Statistics
data-informed decision making. It is designed to develop
interdisciplinary knowledge across the three base disciplines Online Research
Population Analysis
of computing, statistics and social science. Our graduates will Methods
be ideally positioned to enter into jobs such as a Technology
Entrepreneur, Database Administrator and Developer, Policy Elective Course Elective Course
Analyst, Information and Data Analyst and Data Scientist.
3 Social Science of the
Internet
Graphical Data Analysis
Statistical Learning Data for Decision Making
Elective Course Elective Course
Elective Course Elective Course
Elective study
Once you have met the program requirements of your degree,
you may have enough electives to complete an additional major,
minor or specialisation. Alternatively, you may choose elective
courses that interest you from all the University has to offer.
Honours
Amy Yu An honours year for the Bachelor of Applied Data Analytics
is also available for eligible students. The honours year will
Bachelor of Applied Data Analytics / provide you with high level skills for life as a practitioner,
Bachelor of Commerce or for undertaking further study. You will be provided with
“The passionate lecturers are eager to share research methods and principles training, undertake advanced
their knowledge and are a constant source of coursework, and complete a major research project.
encouragement and influence. I also find the
students who aren’t afraid to dream big give me
courage and optimism.”
2020 Undergraduate Progams 25M 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 Majors:
Computing Specialisations: Data Science*
Intelligent Systems The Data Science major teaches the principles, theories and
skills used in developing methods to collect, manage, analyse,
Intelligent Systems exceed human intellectual capabilities in and interpret data in various formats and at a large scale.
an increasing number of domains. This specialisation offers You will learn to use a broad range of techniques to extract
courses in a wide range of topics such as artificial intelligence, knowledge and insights from large and complex data, including
optimisation, knowledge representation, reasoning, planning, structured and unstructured data. The major involves courses
diagnosis, machine learning, document analysis, intelligent in areas such as database systems, data mining, artificial
agents, data-driven approaches (mining, matching, wrangling, intelligence, machine learning and more.
modelling), and bio-inspired computing (neural networks,
evolutionary algorithms, human brain and mind). Information Systems
Systems & Architecture The Information Systems major integrates conceptual
and practical skills related to the creation, flow and usage
Computer Systems have provided the software foundations of information within organisations. You will develop an
upon which modern applications run. As we push the limits of understanding of organisations, the knowledge and skills
what can be done, these foundations are also pushed. This required for systems analysis and design, and to manage
major focuses on the computer systems that provide this critical organisational computer systems applications.
resource, and explores topics such as operating systems,
networks, concurrency, electronics, embedded systems, and Software Development
high performance computing.
The Software Development major integrates the conceptual and
Theoretical Computer Science practical skills related to the technology of computer systems
used in the creation of high quality software. You will develop the
Theoretical Computer Science focuses on more abstract or knowledge and skills needed to build software based solutions
mathematical aspects of computing. You will use the tools of to complex problems, as well as understanding the systems
logic and discrete mathematics to investigate the complexity context 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
specialisation is on the foundations of the entire discipline: the
science and mathematics of computation itself. The cyber security major provides principles, theories and
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
Majors and specialisations are not compulsory. You can study systems cover the complete range of architectures from
any of the Advanced Computing specialisations, the Information individual controllers to the internet.
Systems major, or any other majors or minors from across the
university using electives.
What is the different between an elective, major, minor and specialisation?
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).
*This major is not accredited with the Australian Computer Society
26 ANU College of Engineering and Computer ScienceRESEARCH & DEVELOPMENT
Our Research & Development programs have an innovative structure, allowing you
to conduct research projects throughout your degree.
As part of the Bachelor of Engineering (Research and
Development) (Honours) or Bachelor of Advanced Computing
(Research and Development) (Honours) you will be given unique
opportunities to complete research projects with our world Did you know?
class academics.
>> You can combine a Research and Development
From the second year, these research projects will form part program in a Flexible Double Degree.
of your coursework, exposing you to cutting edge research.
>> We offer pathways into Research and
You’ll get a taste for what it’s like to undertake research whilst
Development. If you commence in a Bachelor
completing a degree that will also perfectly position you for work
of Engineering (Honours) or Bachelor of
in industry.
Advanced Computing (Honours) and achieve a
We are the only university that offers undergraduate Research High Distinction average in your first year, you
and Development programs in Australia. may be eligible to transfer into a Research and
Development degree for second year.
>> Students interested in research can also
undertake Summer Research Scholarships or
voluntary work with academics.
For more information on our Research and
Development programs see page 17 and 21.
Engineering Computer Science
Information Theory
Audio & Acoustic Algorithms Databases
Communications
Signal Processing
Logic
Computer Vision Networked Systems
Quantum Cybernetics Robotics
Intelligence
Data Mining & Matching Intelligent Agents
Signal Processing
Knowledge Representation
Machine Learning
Materials & Reasoning
Biomaterials Composite Materials Planning and Optimisation
Computation Mechanics Nanomaterials
Systems
Energy High Performance
Human-Centred Computing
Computing
Energy Storage Photovoltaics
Programming Language
Solar Thermal Software Engineering
Systems
Fabrication
Manufacturing Micro & Nano Systems
Optical Devices Sensors
2020 Undergraduate Progams 27You can also read
