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Our MSD Applied Mathematics provides you with the opportunity to study areas such as dynamical systems, pattern formation, chaos theory, ordinary and partial differential equations, Hamiltonian systems, stability theory, computational neuroscience, complex systems, complex networks and nonlinear waves. We have staff with expertise in these areas who are willing to supervise PhD students, and you are invited to contact our School to discuss potential research areas and subjects.

Our MSD Mathematical Biology uses novel mathematical and computational techniques to solve problems in the biological, ecological and environmental sciences. At Essex, we have supervised projects in the areas of animal movement and behaviour, population dynamics, plankton ecology, fisheries and natural resource management, and bioinformatics techniques.

Our MSD in Occupational Therapy offers you a unique opportunity to undertake research in a variety of health and organisational contexts. You may be interested in sensory integration outcomes for adults following brain injury, management of people experiencing dementia in their local communities or occupational justice issues in exploited or minority populations; but whatever your specific research interests we are likely to have a supervisor with the experience to support you in this process.

Our MSD Operational Research gives you the opportunity to explore areas where optimisation and mathematical modelling are important. These include logistics, revenue management, networks and stochastic control; areas of great practical interest and use in the public and private sectors.

Research in our School of Life Sciences covers a wide spectrum of biology from genes to ecosystems, and this broad-based structure provides opportunities for developing novel ideas and inter-disciplinary projects. We offer supervision in all areas of staff expertise in molecular medicine and our staff have expertise in hospital acquired infections, antibiotic resistance and the human microbiota and work on a wide range of projects to further our understanding of how microbes cause disease in humans.