Bachelor of Mathematical Sciences (Computer Science) - AUT University

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The aim of this programme is to provide a general introduction to a number of mathematical and statistical techniques, and their applications in industry, finance and computing. A distinguishing aspect of our programme is the small-group teaching and problem-based approach taken in lectures and workshops. Applied mathematicians, computer scientists and statisticians are in demand for jobs involving both analysis and modelling of engineering and financial systems along with the modelling of data in biological, medical, general scientific and sociological research. There is also demand for advanced developers of computer software. Applied mathematicians and statisticians advise on improving industrial efficiency, quality management and market research. Planned developments include specialist papers in astronomy and postgraduate study based on the research strengths of the School. A Major in Astronomy is planned for 2009.

Programme Code: AK1271
Level: 7
Points: 360
Duration: Three years full time / Equivalent part time
Venue: City Campus
Starting date: 3 March 2008 / 21 July 2008
Application deadline: 22 February 2008 / 11 July 2008

AUT encourages early application.
Late applications will be accepted if the programme is not full.

ENTRY REQUIREMENTS

• University Entrance, including 24 Level 3 NCEA credits in Mathematics or equivalent.

Note: Entrance to university does not guarantee admission to a specific programme of study.

SPECIAL ADMISSION

Applicants over 20 years of age who do not hold a university entrance qualification (such as NCEA or CIE) may qualify for university entrance via Special Admission.

ENGLISH LANGUAGE REQUIREMENTS

Applicants for whom English or Māori is not their first language are required to provide proof of an acceptable pass/grade gained in an accepted English language test.

THE KEY SKILLS YOU WILL ACQUIRE

• Knowledge of mathematics, statistics and different research methods, including methods to use for modelling and analysing particular types of statistical data.
• The ability to apply  a range of theoretical concepts to real-world applications.

CAREER OPPORTUNITIES

• Mathematical modelling and forecasting careers in business, computing, astronomy and science
• Industrial mathematics and statistics
• Computer game developer
• Financial or business analyst
• Information or quality analyst
• Financial modelling and econometrics
• Mobile computer systems developer
• Programmer, technical software or systems developer
• Biostatistician
• Advisor on improving industrial efficiency
• Hydrology and meteorology
• Market research
• Operations research
• Teaching

MAJORS

There are four majors within the Bachelor of Mathematical Sciences:

• Applied Mathematics
• Astronomy (for 2009 subject to approval)
• Computer Science
• Statistics

Any two of these can be taken as double majors, for example Applied Mathematics and Statistics.

Computer Science

This exciting major focuses on cutting edge technology and is the first in New Zealand to offer cell phone programming, mobile 3D graphics programming and programming distributed systems using Bluetooth. Our emphasis is on the latest programming developments and their application in the real-world.

Highlights include Java Programming (taught in the first year), 3D Computer Graphics (taught in the second year) and Game Programming (taught in the third year). Practical Software Engineering for industry is also popular, as are electives from the Engineering School.

Topics covered include:

• Game and Entertainment Systems
• Computer Graphics
• Software Engineering
• Highly Secure Systems
• Data Structures and Algorithms
• Supercomputing
• Distributed and Mobile System

Career Opportunities:

• Computer game programmer
• Cryptographer
• Mobile computer systems developer
• Software developer
• Systems analyst
• Systems architect/designer
• Technical software developer

Core Papers
Year one, two and three
145612 Communications 5 (15)
717900 Research Project (30)

And at least 75 points from (common papers):
715184 Statistical Models 5 (15)
715185 Mathematics of Finance 5 (15)
715186 Differential and Integral Calculus 5 (15)
715187 Computer Organisation 5 (15)
715188 Sampling and Survey Techniques 5 (15)
715189 Algebra and Discrete Mathematics 5 (15)
715190 Operations Research 5 (15)
715202 Introductory Physics I (15)
715700 Probability Theory and Applications (15)
735318 Programming for Engineering Applications (15)
735320 Object Oriented Applications (15)

Students must complete 240 points from one of the majors below. A double major in any two of these majors is also available.

Computer Science
A student must complete 135 points from:
406702 Data and Process Modelling (15)
406703 Logical Database Design (15)
407704 Operating Systems and Concurrent Programming (15)
716180 Data Structures and Algorithms 6 (15)
716181 Algorithm Design and Analysis 6 (15)
717300 Theory of Computation (15)
736310 Computer Architecture (15)
736393 Operating System Software (15)
737205 Software Engineering (15)

AND 105 points from the papers below or the common papers:
146735 Visual Communication (15)
147767 3D Modelling and Visualisation (15)
405702 Principles of Computing and Information Systems (15)
405706 Networking I (15)
407701 Artificial Intelligence (15)
407702 Applied Human Computer Interaction (15)
716288 Computer Graphics (15)
717286 Highly Secure Systems (15)
717287 Distributed and Mobile Systems (15)
717310 Game and Entertainment Systems (15)
735313 Digital Devices and Systems (15)
735317 Microcontroller Applications (15)
737300 High Performance Computing (15)

AND 15 points from:

407705 Web Development (15)

736388 Internet Applications for Engineering (15)