STUDY AREA
COMPUTING, MATHS & TECHNOLOGY
WHERE WILL NEW TAKE YOU? JAMIE BACHELOR OF INFORMATION TECHNOLOGY / BACHELOR OF BUSINESS
WHY COMPUTING, MATHS & TECHNOLOGY? New can’t happen without a critical mind. It requires analysis, logic and creativity to push boundaries. The computing, maths and technology industries are at the cusp of new thinking, and are central to the way we work, learn, communicate, socialise and entertain ourselves. Degrees in this area teach you critical skills to develop technology and systems to aid advancements in almost any area you can think of. This includes health, transport, manufacturing, entertainment, mining, artificial intelligence, exploration and beyond. With such in-demand skills, the choice is yours. You could work for a big global corporation like Google or Apple. Or you could start a business of your own.
Growth in this sector is astronomical with projections that 540,000 new jobs will be created by 20331. Many jobs in computing, maths and technology haven’t even been invented yet. Futurists predict that 65% of primary school age children will grow up to enter careers that don’t even exist right now! There has never been a better time to join this cutting-edge workforce.
ARE YOU LOOKING FOR • High salaries • Accelerated career progression • Jobs involving technology • A future-proof career Perhaps this could be your new?
540,000 JOBS
predicted in IT sector by 20331
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75%
of the fastest growing occupations now require Science, Technology, Engineering and Maths skills1
1
65%
of primary school age children will grow up to enter careers that don’t exist right now2
PricewaterhouseCoopers 2015 2World Economic Forum – Future of Jobs 2016
Meet Gus, UON’s new 3D-printed, soccer-playing robot. Gus and his team mates will be competing in this year’s RoboCup in Nagoya, Japan.
WHY NEW?
Studying computing, maths and technology at UON means having access to new research, different ways of thinking, opportunities for real-world experience and seeding of ideas. You’ll graduate with something novel to offer employers.
INNOVATIVE THINKING UON is ranked in the Top 250 in the World for Applied Mathematics and Computing and Information Systems. In fact, right now, UON offers one of the few specialised mathematics programs available in Australia. This means our graduates are in high demand for their quantitative and analytical skills. We’re number one in NSW for the overall quality of our Computing and Information Systems degrees. We train our computing graduates to take a leading role in innovation – starting their own companies or working for world-leaders like Google, DeepMind and PayPal.
BREAKTHROUGHS IN RESEARCH You’ll have access to UON researchers, who are working at the cutting-edge of cyber security, robotics, virtual reality and exciting areas of convergence between computing and medicine.
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Professor Pablo Moscato and his team are tackling some of medicine’s greatest challenges through computer science and applied mathematics. Their analysis of diseases has allowed for the identification of biomarkers capable of tracking the progression of cancer and early detection of Alzheimer’s Disease. Professor Vijay Varadharajan is making breakthrough advances in encrypting cloud-based medical records. And Dr Aaron Wong is data mining ECG and MRI results, to minimize the need for expensive brain scans for stroke patients.
WAYS TO GET AHEAD You could access global networks through the NUbots robot soccer team, study abroad programs or international internships. You’ll also be able to learn from award-winning teachers, including Professor George Willis, winner of the 2016 Gavin Brown Prize of the Australian Mathematical Society. And when you finish your studies, not only will you be impressed at where these qualifications can take you, you will be amazed at the starting salaries and accelerated career progression.
No.1
in NSW for Overall Quality for Computing and Information Systems1
TOP 200
in the world for Engineering and Technology2
TOP 250
in the world for Applied Mathematics, Computer Science and Information Systems2
‘well-above world standard’ for Statistics Research3
1 Quality Indicators of Learning and Teaching 2016 QS World University Rankings by Subject 2017 3Excellence in Research Australia 2015
2
STUDENT SUCCESS
Using technology to make a difference
Disrupting the eCommerce sector
UON graduate, David Budden has done great things with his combined degree. Now a research engineer at DeepMind, David is part of the team developing Google’s new machine learning technology, a type of artificial intelligence, that can create huge efficiencies in areas that rely on data mining – like the analysis of medical data to improve diagnostics and treatment decisions.
Daniel Nelson is an engineer, mobile commerce champion, and big data expert heading up PayPal’s Braintree Enterprise Business in Australia. Braintree is disrupting the global payments industry by delivering sophisticated payment tools that enable next generation purchasing experiences for Uber, Dropbox, LivingSocial, Airbnb, Open Table and Fab.com.
Since graduating, David has completed a PhD and spent time working at Massachusetts Institute of Technology, IBM, Google, Harvard and now DeepMind, all while pursuing his interest in using technology to solve socioeconomic issues. DeepMind helps David combine both professional and personal interests with the motto ‘committed to all that benefits the many, not just the few.’
Daniel also has an interest in eCommerce support for notfor-profits, having led PayPal’s charity partnerships strategy, forging partnerships with charities including UNICEF and The Sydney Children’s Hospital. Daniel assisted UNICEF Australia in a voluntary capacity with the upgrade and mobile optimisation of their donation and gift buying platforms. A degree from UON can help you challenge conventional thinking.
Feeling inspired? Study at UON and we can help prepare you to make a difference David Budden Bachelor of Engineering (Honours) (Computer) / Bachelor of Computer Science, 2012
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Daniel Nelson Bachelor of Computer Science, 2004
MARIA INTERNATIONAL EXCHANGE STUDENT
WHAT’S YOUR NEW?
We understand that sometimes you don't know exactly which degree you’d like to pursue, but you know which field excites you. Use these areas of interest to narrow down your study options based on your interests and career goals.
COMMERCE
COMPUTER ENGINEERING
Commerce uses maths in the study of money. In this area you could help plan and model populations, interest rates or company growth with a focus on economics. Finance will see you focus on the stock market, investments and banking. While a study of accounting centres around financial transactions and reporting. Commerce professionals are in demand globally and jobs in this area can be extremely lucrative and rewarding.
Computer engineers use digital and computing technologies to solve problems in industrial systems and in areas such as information processing, data transfer, communications, commerce and travel. They combine creativity with technology to develop both hardware and software for electronic and microprocessor-based systems. Unlike computer scientists, computer engineers are less interested in the programming and coding and more on the big picture from design and development to ongoing troubleshooting and maintenance.
CAREER EXAMPLES • Economic Analyst
• Investment Banker
• Risk Analyst
• Accountant
STUDY OPTION • Bachelor of Commerce
CAREER EXAMPLES • Computer Architect
• Web Developer
• Computer Systems Specialist • Network Engineer
STUDY OPTION • Bachelor of Engineering (Honours) (Computer Systems)
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COMPUTER SYSTEMS AND ROBOTICS
INFORMATION SYSTEMS
Computer systems are used for the control and information processing of automated machines. At it’s core this area relies on mathematics; computer and software engineering; and coding and programming. Computer systems and robotics is at the forefront of innovation and discovery as the world relies more and more on robots and machines to complete basic and complex tasks.
Information systems specialists design computing solutions within the business environment. They work to build systems using web and database technologies within core business areas such as marketing, finance and human resources. Professionals in this area are asked to constantly bridge the gap between business requirements and information technology.
CAREER EXAMPLES
CAREER EXAMPLES
• Applications Developer
• Analyst Programmer
• Business Analyst
• Computer Systems Architect
• Applications Engineer
• Systems Analyst
• Business Intelligence Developer • Project Manager
STUDY OPTIONS • Bachelor of Computer Science (major in Computer Systems and Robotics) • Bachelor of Engineering (Honours) (Computer Systems)
STUDY OPTIONS • Bachelor of Information Technology (major in Business Technology) • Bachelor of Education (Secondary) (major in Computer Technology)
DATA SCIENCE
INFORMATION TECHNOLOGY
Data is increasingly cheap and ubiquitous. We are now digitising analogue content and collecting new types of data from web logs, mobile devices, sensors, instruments, and transactions. We can now also identify patterns and regularities in data of all sorts which has the potential to deepen our understanding of phenomena ranging from physical and biological systems to human social and economic behaviour. Data scientists collect and analyse this data to make changes and advancements in almost any industry.
Information technology (IT) is all about developing, building and maintaining software technology systems to meet the challenges faced by business and society. IT professionals consider solutions integrating multiple products and services to meet business and organisational needs. IT professionals are essentially the project managers and caretakers of technology within an organisation.
• Enterprise Architect
• Systems Analyst
CAREER EXAMPLES
• IT Project Manager
• Applications Developer
• Data Scientist
• Mathematical Modeller
• Logistics Officer
• Cryptographer
STUDY OPTIONS • Bachelor of Mathematics • Bachelor of Computer Science (major in Data Science)
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CAREER EXAMPLES
STUDY OPTIONS • Bachelor of Creative Industries (major in Information Technology) • Bachelor of Information Technology (major in Systems Development) • Bachelor of Education (Secondary) (major in Computer Technology)
NEW TRANSFORMS Cyberspace is transforming the way we live As more and more individuals, enterprises and governments conduct business online, securing cyberspace is critical. Professor Vijay Varadharajan is a global expert on cyber security, looking not just at research but also translating it into practical solutions for society. He is a highly-regarded member of cyber security boards across the world, and he has acted as an expert in security for the European Union, United Kingdom and Australia.
In his role as head of Security Research at HP Labs Bristol, he saw six different security technologies transferred into successful products, generating over a billion dollars in revenue. The need to secure cyberspace grows exponentially each day, and Professor Varadharajan is innovating at the intersection of cloud computing, the Internet of Things and Big Data. Be surrounded by the best minds in the industry in your studies at UON. Professor Vijay Varadharajan, Global Innovation Chair in Cybersecurity, School of Electrical Engineering and Computing
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MATHEMATICS
SOFTWARE DEVELOPMENT
Mathematics is the science of number, quantity, and space, either as abstract concepts as pure mathematics, or applied to other disciplines such as physics and engineering. Mathematics underpins most technological advances that we rely on every day. Mathematics is essential in a variety of careers, or you can specialise as a mathematician or statistician.
Software developers focus on analysing a client’s needs. They design the best software architecture solution, coordinate the implementation, integration and testing of software and document and provide long-term maintenance. Software engineering is behind much of the everyday technology we take for granted - from our iPads, computer software and mobile phones through to digital televisions, computer games and online banking.
CAREER EXAMPLES • Data Scientist
• Mathematical Modeller
CAREER EXAMPLES
• Logistics Officer
• Investment Banker
• Software Development Manager
• Technical Software Consultant
• Mobile App Designer
• E-Learning Developer
STUDY OPTIONS
STUDY OPTIONS
• Bachelor of Mathematics • Bachelor of Computer Science (major in Data Science) • Bachelor of Education (Secondary) (major in Mathematics)
• Bachelor of Computer Science (major in Software Development) • Bachelor of Information Technology (major in Systems Development) • Bachelor of Engineering (Honours) (Software)
MEDIA PRODUCTION Media production is the creation of professional media content. This could be in the more conventional media space such as photomedia and traditional media like video, television and radio; or in the virtual space with websites and associated online multimedia. Digital and online media jobs have become more common in recent years as internet and web-based media production work has increased.
CAREER EXAMPLES • Audiovisual Technician
• Web Developer
• Media Production Editor
• Digital Producer
STUDY OPTIONS • Bachelor of Communication (major in Media Production) • Bachelor of Creative Industries (major in Communication and Media) • Bachelor of Information Technology (major in Interactive Media) • Bachelor of Visual Communication Design
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NEW SOLVES From problem solver to creator of new mathematics World-renowned mathematician Professor George Willis’ research is benefiting the fields of computer science and data structures, potentially optimising computer performance. He has received over 18 grants, most recently receiving a $2.8m ARC Australian Laureate Fellowship to support his research aimed at developing the algebraic theory of zerodimensional symmetry. This project is working to create tools for understanding the geometry of large networks. 10 | newcastle.edu.au/studycomputing
Professor Willis is internationally-renowned as a true innovator and a creator of new mathematics, for his ability to synthesise traditionally distinct disciplines, and offer new insights on otherwise problematic questions. If you have a head for mathematics, Professor George Willis can help you push the boundaries of traditional mathematic research.
Professor George Willis, Mathematician, School of Mathematical and Physical Sciences (Mathematics)
COMBINED DEGREES Studying a combined degree gives you two qualifications at once. The advantage is that you graduate with two degrees in less time than doing them separately. You may also gain a competitive edge in the employment market as employers are increasingly looking for staff with diverse skill-sets.
COMBINED DEGREES AVAILABLE • Bachelor of Communication / Bachelor of Laws
• Bachelor of Engineering (Honours) (Electrical and • Bachelor of Creative Industries / Bachelor of Innovation Electronic) / Bachelor of Engineering (Computer Systems) and Entrepreneurship • Bachelor of Engineering (Honours) (Computer Systems) / • Bachelor of Engineering (Honours) (Electrical and Electronic) / Bachelor of Mathematics Bachelor of Computer Science • • Bachelor of Engineering (Honours) (Computer Systems) / Bachelor of Engineering (Honours) (Mechanical) / Bachelor of Mathematics Bachelor of Mathematics • Bachelor of Engineering (Honours) (Computer Systems) / • Bachelor of Engineering (Honours) (Mechatronics) / Bachelor of Mathematics Bachelor of Science • Bachelor of Engineering (Honours) (Computer Systems) / • Bachelor of Information Technology / Bachelor of Business Bachelor of Business • Bachelor of Engineering (Honours) (Chemical) / Bachelor • Bachelor of Mathematics / Bachelor of Computer Science of Mathematics • Bachelor of Mathematics / Bachelor of Science • Bachelor of Engineering (Honours) (Civil) / Bachelor of Mathematics
MATT BACHELOR OF MATHEMATICS / BACHELOR OF SCIENCE
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CONNOR Bachelor of Information Technology
NEW IS REVOLUTIONISING THE AGED CARE INDUSTRY For his Honours project Connor Dodd is developing an app to streamline the carer-to-client relationship.
Using this app, clients can have reminders scheduled, get notified when their carer is just around the corner and also access carer profiles and emergency information at their fingertips. Carers can use the app to schedule their day, bill appointment times and view client details. Collaborating with an industry partner, Connor is on a paid scholarship, funded through the Australian Government’s Innovation Connections program. You also have the opportunity to make an impact.
JOIN THE TEAM UON’s NUbots team develops software for robotic soccer and competes every year in the international RoboCup competition. The goal of RoboCup is to foster artificial intelligence and robotics research – with the ultimate goal of developing a team of fully autonomous humanoid robots that can win against the human world soccer champion team by 2050. In 2017 RoboCup will be held in Nagoya, Japan, in 2016 it was in Leipzig, Germany.
NEW DOESN’T JUST HAPPEN, IT NEEDS THE RIGHT PEOPLE TO CHASE IT. MAYBE THAT’S YOU? For full information and to find out how to apply, visit newcastle.edu.au/study