Fields of Research (FoR)
Applied Mathematics, Dynamical Systems in Applications, Stochastic Analysis and Modelling, Biological Mathematics, Biological Physics, Complex Physical Systems, Thermodynamics and Statistical PhysicsBiography
ABOUT ME
Biography
I am a Senior Lecturer in the School of Mathematics and Statistics at UNSW.
Education
-
- PhD in Physics, UNSW, 2009
- Master of Actuarial Studies, UNSW, 2009
- Bachelor of Science (Honours Class 1) in Physics, UNSW, 2002
RESEARCH
Much of my research could broadly be placed in the categories of complex dynamical systems and stochastic modelling. I have been involved in both the development of applied mathematics as well as...view more
ABOUT ME
Biography
I am a Senior Lecturer in the School of Mathematics and Statistics at UNSW.
Education
-
- PhD in Physics, UNSW, 2009
- Master of Actuarial Studies, UNSW, 2009
- Bachelor of Science (Honours Class 1) in Physics, UNSW, 2002
RESEARCH
Much of my research could broadly be placed in the categories of complex dynamical systems and stochastic modelling. I have been involved in both the development of applied mathematics as well as the application of mathematics to real world phenomena. One aspect of my work has focused on using stochastic processes to incorporate fractional derivative in to partial differential equation, and ordinary differential equation, based models. This has lead to my development of models for anomalous diffusion as well as fractional order compartment models. I have applied this work in a number of different areas in both physics and biology. Related to this I have an interest in fractional calculus, finance, and pattern formation.
TEACHING & OUTREACH
Courses I teach
MATH6781: Biomathematics
Professional affiliations
Associate of the Institute of Actuaries of Australia
Member of the Australian Mathematical Society
Member of ANZIAM
My Research Supervision
Areas of supervision
Some Past Projects
Mathematical moddeling of pattern formation within cells.
Continuious time random walks and network dynamics.
Low Reynolds number hydrodynamics and optical twezers.
Fractional order compartment models, with applications in epidemiology and pharmacokinetics.
Location
University of New South Wales
SYDNEY NSW 2052 AUSTRALIA
The Red Centre
Room 4076