Undergraduate Project Supervision



2024/25

2023/24

  • Robert Sulley: Modelling the Delivery of Cancer Treatment

2022/23

2021/22

  • Bryce Shirley A Moving Mesh Finite Element Algorithm for Moving Boundary Value Problems
  • Jamie Kerr Multiscale Modelling of Tumour Angiogenesis with an Agent Based Method

2020/21

  • Benjamin Baldwin Modelling the Diffusion of Magnetic Nanoparticles into Spheroids of Cancer Cells
  • George Leete Multi-scale Models for Traffic Flow Systems

2019/20

  • Alex Kibble-White: Modelling the Delivery of Cancer Treatment
  • Robert Smith: Multigrid Algorithms for Solving Linear Systems of Equations
  • Kyle Widnall: Mathematical Modelling of Cancer Treatment

2018/19

  • Benjamin Frost: Multigrid Algorithms for Solving Linear Systems of Equations
  • Sajid Mamun: Comparing Numerical Schemes for Shallow Water Flows
  • Harry Wells: A Virtual Element Method for Moving Boundary Problems

2017/18

  • Christopher Foster: Drug Diffusion in a Tumour System: Balancing Efficacy and Toxicity
  • Thomas Radley: Discontinuous Galerkin Methods for Moving Boundary Problems
  • Elliot Tennison: Angiogenesis: Growing a Vascular Network

2016/17

  • Oliver Morgan: Angiogenesis: Growing a Vascular Network
  • Kaayem Patel: Modelling Uncertainty in Drug Delivery
  • James Smith: Moving Mesh Algorithms for Nonlinear Diffusion

2015/16

  • Abigail Brown: Cancer Modelling: Effective Drug Delivery
  • Emily Fowler: Cancer Modelling: Effective Drug Delivery and Tumour Response
  • Jasmine Rance: Cancer Modelling: The Development of a Finite Difference Model to Investigate the Effects of Radiation

2014/15

  • Jakub Juszczak: Numerical Methods for Chemotaxis
  • Luke Wood: Cancer Modelling: Effective Drug Delivery

2013/14

2012/13

  • Abigail Bairstow: Modelling Tumour Growth Using Cellular Automata
  • Alex Hawes: Modelling the Epidemiology of a Zombie Virus Computationally
  • Robert Hon: Methods for Approximating Call Option Prices
  • Chi Hin Leung: Simulating Astronomical Systems

2011/12

  • India Clegg: A Computational Model of Tumour-Induced Angiogenesis
  • Marcin Paczkowski: A Multiphase Model of Vascular Tumour Growth in One Spatial Dimension
  • Philip Regan: Cancer Modelling: Effective Drug Delivery
  • Adam Riley: Shallow Water Equations: Variable Bed Topography

2010/11

  • Ed Altman: Computational Simulation of the Heart
  • Pascal Gilbraith: A Computational Model of Wound Healing

2009/10

  • Matthew Clayton: Parallel Solutions to the N-Body Problem
  • Jason Davey: Modelling the Effects of Vascular Network Structure on Solid Tumour Growth
  • Ashley Shelton: The Computational Modelling of Epidemiology

2008/09

2007/08

  • Christopher Cartlidge: Automated Scheduling for Timetabling of Coursework
  • Matthew Gale: Parallel Computing for Gene Expression Data
  • Gemma Helmn: A Computing System to Aid in the Development of a Foetal Ultrasound QA System

2006/07

  • Paul Chapman: Software Engineering with Web Development Frameworks
  • Luke Edwards: eJenga II
  • Robert Foley: Games for Mobile Phones using Generic Toolkits
  • Daniel Tate: Visualisation of Water Wave Simulations

2005/06

  • Andrew Church: Does News Affect the Movement of Financial Markets?
  • James McGivern: Quantum Computation and its Application to AI
  • Soenke Wendt: Alternative Trading Strategies for Software Agents in an Artificial Stock Market
  • Adam Wilde: Visualisation of Tsunami Simulations

2004/05

  • Levi Booth: Computer Visualisation of the Internal Organs and Structures in the Human Body
  • John Trahearn: eJenga
  • Andrew Westmoreland: Collision Detection in Virtual Surgery

2003/04

  • Steven Backreedy: Pattern Formation in Chemical Reactions
  • Graham Burrows: Computational Modelling of the Potential Flow Equation
  • Michael Georghion: A Study of Numerical Methods used in Financial Derivatives
  • Leeming Tang: Breaking the Magician's Code: Magic Squares

2002/03

  • Christophe Bram Dit Saint Amand: Personalisation of a Website using XML
  • Nicholas Hoddinott: Improving Business Efficiency through Information Visualization
  • Douglas Little: Finding verticies of Dual LI(2) Systems
  • Muhammad Shahid: Filtering Spam
  • Andrew Syfret: Mesh Generation and Adaptation over 2D Surfaces

2001/02

  • Paul Bromage: Creation of a 3D Tennis Game
  • Chantal Patton: Creating a Gig Booking Web Site
  • Neill Pearman: Sound Editing through Software Engineering
  • Penelope Peel: Computational Modelling of Source Terms
  • Andrew Precious: An Implementation of Rigid Body Dynamics
  • Theodore Skouris: Developing a Group Project Management System for the School of Computing

2000/01

  • Henry Lee: A Breast Cancer Care Database with Data Mining Tool
  • Paul North: An Implementation of the Board Game "Advanced Heroquest"
  • Al Stanway: Numerical Methods for Advection-Dominated Flows
  • James Wright: Formula 1 Car and Track Simulator


Postgraduate Project Supervision


  • Kritin Pandita: Cardiovascular Diseases Analysis and Prediction using Statistical Modelling and Machine Learning (2021/22)
  • Liberty Cantrell: Assessing the Effectiveness of the Combination of Radiation and Temozolomide on the LN229 Cell Line (2020/21)
  • Shiwen Lin: Modeling of a Specific Experimental Data for Palbociclib Uptake and Efflux in Cancer Cells and Spheroids (2020/21)
  • Nilay Krishna: Modelling Delivery of Cancer Treatment: A Multiscale Model of Cancer (2019/20)
  • Conor McCann: An Exploration of Glioblastoma Waves Within the Brain (2019/20)
  • Charles Field: Moving Mesh Finite Elements (2017/18)
  • Richard Cook: Finite Element Method Implementation for Two Dimensional Second Order Problems (2017/18)
  • Alexander Connelly: Computational Model Fitting of the Combined Effect of Radiotherapy and Chemotherapy (2016/17)
  • Su Wei Chong: Modelling Drug Delivery and Tumour Response (2015/16)
  • Daniel Williamson: Modelling Drug Delivery and Tumour Response (2015/16)
  • Catarina Tozzi: Modelling Anti-Cancer Drug Delivery in Tumour Cords (University of Trento, 2015/16)
  • Sundus Shahid: The Effects of Chemotherapy on Glioma Growth Models with Homogeneous and Heterogeneous Drug Delivery (2014/15)
  • Rohit Mhatre: Modelling Drug Delivery and Tumor Response (2014/15)
  • David Ogunsade: Automatic Detection of Crop-Marks in Hyperspectral Imagery (2012/13)
  • Pei Lee: Multilevel Monte Carlo Simulation for Options Pricing (2010/11)
  • Aydin Kheirbaksh Abadi: Validating Image Migration to Support Permanent Access and Lessen Environmental Impact of Digital Storage (2009/10)
  • Chien-Ming Lai: Design of a Clinical Benchmarking System for Pathology Services (2006/07)
  • Simon Hughes: Development of a Decision Support System for Pulmonory Embolisms (2005/06)
  • Chris Davies: (CFD 2004/05)
  • Edward Taylor: (CFD 2004/05)
  • Catherine Fountain: A Characteristic Boundary Condition for a 2D Numerical Model of the Nonlinear Shallow Water Equations (CFD 2001/02)
  • Pankaj Rathore: Visualisation of Multidimensional Fluid Dynamics (2000/01)