Research groups

Areas of research focus in the School of Mathematics and Statistics at the University of Melbourne

• Analysis

  Mathematical analysis is a very broad area of mathematics, focusing on the investigation of qualitative and quantitative properties of mathematical 'objects'. Techniques include limits, differentiation and integration, plus tools from functional analysis, harmonic analysis, complex analysis, differential geometry and geometric measure theory.

• Applied Mathematics

  The Applied Mathematics Group has interests across the fields of colloid science, medicine, chemical engineering and materials processing.

• Data Science

  Data science combines aspects of statistics, computer science, and mathematics in order to organise, analyse, and extract knowledge from data sets.

• Deep Learning

  Deep learning is a family of machine learning models based on artificial neural networks.

• Discrete Mathematics

  Discrete mathematics is the study of mathematical structures that are by nature discrete rather than continuous. It includes combinatorics and graph theory.

• Learning and Teaching Innovation

  Innovation in the teaching of mathematics and statistics is a key focus of the department. This group fosters innovations in learning and teaching for tertiary mathematics and statistics.

• Mathematical Biology

  Mathematical, statistical and computational methods are crucial in many areas of modern biological research. Conversely technological advances in biology allow more data, often of a novel type or at a finer resolution, to be collected resulting in new challenges that are motivating research in mathematics, statistics and computational methods.

• Mathematical Physics

  Mathematical Physics is the study of the mathematics associated with models of the physical world.

• MSLC

  Mathematics & Statistics Learning Centre

• Operations Research

  Operations Research (OR) provides a scientific approach to decision making. It involves formulating mathematical models of these problems, and developing mathematical tools to obtain solutions.

• Pure Mathematics

  Pure mathematics is the study of mathematical ideas and concepts not geared towards specific applications. It includes analysis, algebraic geometry, number theory, representation theory and topology.

• Statistics

  Statistics is the science of collecting, organising and interpreting data. Mathematical descriptions of the data collection processes and the statistical analysis are used to determine accurate statistical methods.

• Stochastic Processes

  This group studies a variety of areas, from the theory of branching processes to applications such as stochastic models of the stock market.