Crunching the big problems.
Computational Modelling formulates and models real-world problems, then uses computing to develop solutions.
You could help create a new product – a pacemaker, a refrigerator, or perhaps part of a satellite – to see whether it works at a theoretical level before a company commits time and money to building the real thing. You might model the survival of an endangered species, plan how to map the wave patterns of the ocean from space, or optimise the layout of components in a new type of dishwasher.
Being able to formulate a real-world problem, develop the model and then use computers to find a theoretical solution is a powerful and rewarding skill set. Computational Modelling has relevance to a huge variety of fields, and people with these skills are highly sought after.
Computational Modelling is being increasingly recognised and valued as applicable in a growing number of sectors.
Learn about studying Computational Modelling as an undergraduate at Otago.
Whether you are advancing your career with our specialised graduate qualifications or pursuing in-depth research and expertise through our postgraduate programmes, Otago is here to support your aspirations.
Honours, masters’, PhDs, and other advanced degrees for graduates. Just one additional year of study will earn you a valuable postgraduate degree. Or perhaps you want the depth of a full year of research-only time during a master’s or to step up to a PhD.
Take your expertise to the next level with advanced study.
Compare programmes for this subject.
| Papers and Thesis |
|---|
|
View a list of all related papers below.
Associate Professor David Bryant
Department of Mathematics and Statistics
Tel +64 3 479 7889
Email david.bryant@otago.ac.nz
This information must be read subject to the statement on our Copyright & Disclaimer page.
Regulations on this page are taken from the 2026 Calendar and supplementary material.
The University of Otago has a global reputation for research excellence. Our expertise is vast across health, society, culture, sustainability and the environment.
Explore our research