Key facts

UNE unit code: AMTH250

*You are viewing the 2024 version of this unit which may be subject to change in future.

Start
  • Trimester 1 - On Campus
  • Trimester 1 - Online
Campus
  • Armidale Campus
24/7 online support
  • Yes
Intensive schools
  • No
Supervised exam
  • Yes
Credit points
  • 6

Unit information

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The technology-driven worlds of science and engineering are increasingly integrated with computer science and its applications. Having high-level quantitative skills and the ability to keep pace with new developments in programming can help you to stand out in your career.

This unit introduces you to fundamental programming concepts, including conditional branching, looping and recursion, and you will learn to program in a high-level programming language.

Studying the algorithms used for common tasks in numerical analysis, you will explore solving linear equations, interpolation, root finding, curve fitting, numerical integration, random numbers and Monte Carlo methods, and numerical solutions to ordinary differential equations.

Throughout the unit, hands-on quantitative problems relevant to the sciences and engineering will allow you to hone your problem-solving skills.

Offerings

For further information about UNE's teaching periods, please go to Principal Dates.

Teaching period
Mode/location
Trimester 1On Campus, Armidale Campus
Trimester 1Online

*Offering is subject to availability

Intensive schools

There are no intensive schools required for this unit.

Enrolment rules

Pre-requisites
MATH102 or MATH120 or MTHS120 or MTHS130 or candidature in a postgraduate award
Restrictions
AMTH142 or AMTH247

Notes

Access to Matlab is required

Please refer to the student handbook for current details on this unit.

Unit coordinator(s)

profile photo of Masoud Ganji
Masoud GanjiAssociate Lecturer - School of Science and Technology

Learning outcomes

Upon completion of this unit, students will be able to:

  1. develop logical and well structured computer programs in a high-level programming language;
  2. solve scientific and engineering problems by designing and implementing algorithms in a high-level programming language;
  3. analyse and debug computer programs to describe their purpose and identify logic and syntactical errors whenever they are present;
  4. apply the tools and commands available in UNIX-type operating systems for tasks relating to basic administration and data processing;
  5. demonstrate the ability to apply the concepts taught to a range of topics in computational mathematics; and
  6. demonstrate a knowledge of the basic principles of computational error and limits of accuracy.

Assessment information

Assessments are subject to change up to 8 weeks prior to the start of the teaching period in which you are undertaking the unit.

TitleMust CompleteWeightOfferingsAssessment Notes
Assessment 1Yes10%All offerings

This assignment will contain a mixture of pure programming exercises and questions applying the learned programming techniques to computational problems in mathematics, science and engineering.

Assessment 2Yes10%All offerings

This assignment will contain a mixture of pure programming exercises and questions applying the learned programming techniques to computational problems in mathematics, science and engineering.

Assessment 3Yes10%All offerings

This assignment will contain a mixture of pure programming exercises and questions applying the learned programming techniques to computational problems in mathematics, science and engineering.

Assessment 4Yes10%All offerings

This assignment will contain a mixture of pure programming exercises and questions applying the learned programming techniques to computational problems in mathematics, science and engineering.

Final ExaminationYes60%All offerings

It is mandatory to pass this component in order to pass this unit.

Learning resources

Textbooks are subject to change up to 8 weeks prior to the start of the teaching period in which you are undertaking the unit.

Note: Students are expected to purchase prescribed material. Please note that textbook requirements may vary from one teaching period to the next.

MATLAB: A Practical Introduction to Programming and Problem Solving

ISBN: 9780323917506

Attaway, S., Butterworth-Heinemann 6th ed. 2022

Text refers to: All offerings

Note: Recommended material is held in the University Library — purchase is optional.

Numerical Computing with MATLAB

ISBN: 9780898716603

Moler, C.B., SIAM 2nd ed. 2010

Note: This text is available for free from MathWorks.

Text refers to: All offerings

Advanced Engineering Mathematics: International Student Edition

ISBN: 9780470646137

Kreyszig, E., Wiley 10th ed. 2011

Note: This text is out of print, however an eBook version is available through the Dixson Library.

Text refers to: All offerings

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