Key facts

UNE unit code: PMTH433

*You are viewing the 2026 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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Complex analysis is a fascinating and powerful branch of mathematics, with surprising practical applications. Unifying important principles from both pure and applied mathematics, it is used by mathematicians, electrical engineers and physicists as a tool for solving diverse physical problems.

This unit provides you with an introduction to complex analysis. Honing your skills in performing arithmetic operations of numbers, complex analysis offers you an opportunity to gain a new perspective on different branches of mathematics.

Integrating your prior knowledge of continuity and differentiability, you will learn about the concepts underpinning complex functions and variables. Topics include analytic functions, the Cauchy-Riemann Equations, transcendental functions, integration, Cauchy’s Theorem and applications, power series, Taylor series, Laurent series, theory of residues, and poles.

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
candidature in a postgraduate award
Restrictions
PMTH333
Combined units

Notes

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

Unit coordinator(s)

profile photo of Adam Harris
Adam HarrisSenior Lecturer, HBSc Coordinator S&T, Mathematics - Faculty of Science, Agriculture, Business and Law; School of Science and Technology

Learning outcomes

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

  1. exercise advanced skills in performing the arithmetic operations of complex numbers, including powers and extraction of multiple roots, using both Cartesian and polar forms;
  2. apply complex number notation in the study of Euclidean and non-Euclidean geometry;
  3. synthesise knowledge of continuity and differentiability of functions of two real variables with the concepts of harmonic and analytic functions of a complex variable;
  4. autonomously locate and analyse singularities of a complex function, and apply the formula of Cauchy (where appropriate) to evaluate path and contour integrals for a wide range of complex functions;
  5. use advanced knowledge to efficiently compute complex power series as a tool for analysis of isolated singularities of a complex function; and
  6. autonomously synthesise all of the above in the analysis and practical application of residues.

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 1Yes3%All offerings

Problem-based assignment.

Assessment 2Yes3%All offerings

Problem-based assignment.

Assessment 3Yes3%All offerings

Problem-based assignment.

Assessment 4Yes3%All offerings

Problem-based assignment.

Assessment 5Yes3%All offerings

Problem-based assignment.

Assessment 6Yes5%All offerings

Advanced problem-based assignment.

Final Examination - Assurance TaskYes80%All offerings

It is mandatory to pass this examination 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: Recommended material may be held in the University Library — purchase is optional.

Complex Variables and Applications

ISBN: 9780073383170

Brown, J.W. and Churchill, R.V., McGraw-Hill 9th ed. 2013

Text refers to: All offerings

Note: Referenced material may be held in the University Library — purchase is optional.

Complex Analysis

ISBN: 9780070006577

Ahlfors, L., McGraw-Hill 3rd ed. 1979

Note: Available from the Dixson Library, UNE.

Text refers to: All offerings

Theory of Complex Functions

ISBN: 9780387971957

Remmert, R., Springer-Verlag

Note: Available from the Dixson Library, UNE.

Text refers to: All offerings

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