Experience

University of Warwick

• United Kingdom
• Higher Education
• 700 & Above Employee

• Associate Professor (Reader)

  • Aug 2023 - Present

  Applied mathematician at the Warwick Mathematics Institute, with research activities at the interface between scientific computing, physical system modelling (in particular fluid mechanics and acoustics), asymptotic analysis and mathematics in industry. Instructor for courses in topics related to numerical algorithms, continuum mechanics and industrial mathematics. Departmental impact champion, executive committee member of the Centre for Applications of the Mathematical and Computing Sciences,… Show more Applied mathematician at the Warwick Mathematics Institute, with research activities at the interface between scientific computing, physical system modelling (in particular fluid mechanics and acoustics), asymptotic analysis and mathematics in industry. Instructor for courses in topics related to numerical algorithms, continuum mechanics and industrial mathematics. Departmental impact champion, executive committee member of the Centre for Applications of the Mathematical and Computing Sciences, the UK Fluids Network and Deputy Director of the Warwick Fluid Dynamics Research Centre.

• Associate Professor

  • Jul 2022 - Aug 2023

• Assistant Professor

  • Sep 2019 - Jun 2022



UK Knowledge Exchange Hub for Mathematical Sciences

• Research Services
• 1 - 100 Employee

• Knowledge Exchange Champion

  • Jul 2023 - Present

  Knowledge exchange and impact support role as part of the national KE Hub initiative: http://www.kehubmaths.co.uk/ in the UK applied mathematics community, as representative of the Mathematics Institute at the University of Warwick. Knowledge exchange and impact support role as part of the national KE Hub initiative: http://www.kehubmaths.co.uk/ in the UK applied mathematics community, as representative of the Mathematics Institute at the University of Warwick.



University of Oxford

• United Kingdom
• Research Services
• 700 & Above Employee

• Research Fellow

  • Aug 2017 - Aug 2019

  Three-year independent research fellowship at the Mathematical Institute of the University of Oxford, with investigative efforts directed towards the study of nonlinear phenomena in fluid-structure interaction through asymptotic and computational techniques. Topics of interest include interfacial and multi-phase flows, electrohydrodynamics, drop impact, spray atomisation and microfluidics. High-speed flows involving multi-fluid dynamics (drop impingement, water retention on aircraft surfaces… Show more Three-year independent research fellowship at the Mathematical Institute of the University of Oxford, with investigative efforts directed towards the study of nonlinear phenomena in fluid-structure interaction through asymptotic and computational techniques. Topics of interest include interfacial and multi-phase flows, electrohydrodynamics, drop impact, spray atomisation and microfluidics. High-speed flows involving multi-fluid dynamics (drop impingement, water retention on aircraft surfaces, the effect of liquid films on flow stability and separation) are also examined. Additional interests include computational acoustics and nonlinear wave propagation, as well as industrial mathematical modelling in a variety of areas. During this period I will also be involved in teaching activities, as well as play an active role within the InFoMM (Industrially Focused Mathematical Modelling) Centre for Doctoral Training. Show less Three-year independent research fellowship at the Mathematical Institute of the University of Oxford, with investigative efforts directed towards the study of nonlinear phenomena in fluid-structure interaction through asymptotic and computational techniques. Topics of interest include interfacial and multi-phase flows, electrohydrodynamics, drop impact, spray atomisation and microfluidics. High-speed flows involving multi-fluid dynamics (drop impingement, water retention on aircraft surfaces… Show more Three-year independent research fellowship at the Mathematical Institute of the University of Oxford, with investigative efforts directed towards the study of nonlinear phenomena in fluid-structure interaction through asymptotic and computational techniques. Topics of interest include interfacial and multi-phase flows, electrohydrodynamics, drop impact, spray atomisation and microfluidics. High-speed flows involving multi-fluid dynamics (drop impingement, water retention on aircraft surfaces, the effect of liquid films on flow stability and separation) are also examined. Additional interests include computational acoustics and nonlinear wave propagation, as well as industrial mathematical modelling in a variety of areas. During this period I will also be involved in teaching activities, as well as play an active role within the InFoMM (Industrially Focused Mathematical Modelling) Centre for Doctoral Training. Show less



Imperial College London

• Research Services
• 700 & Above Employee

• Research Associate

  • Jul 2015 - Jul 2017

  Researcher in topics related to flow modelling, computational fluid dynamics, aeronautics and partial differential equation discretisation methods. Particular emphasis is placed on the dynamics within multi-layer flows in small scale confined geometries in the presence of external (e.g. electric) forces. Additional interests include computational acoustics and nonlinear wave propagation, as well as operational research methodology.

• Ph.D. Researcher

  • Sep 2012 - Jul 2015

  Researcher in topics related to flow modelling, computational fluid dynamics, aeronautics and partial differential equation discretisation methods. The focus is placed on projects related to multi-phase flow in aeronautical applications, as well as electrohydrodynamic control and general algorithm and framework development for multi-phase flows.

• Graduate Teaching Assistant

  • Sep 2012 - Jul 2015

  Teaching Assistant in the Department of Mathematics with duties including demonstration, marking and invigilation for several undergraduate/postgraduate courses in the department, such as Multivariable Calculus, Methods, Programming in Matlab, Introduction to Maple, Numerical Analysis, Scientific Computing and Partial Differential Equations.

• M.Sc. in Applied Mathematics

  • Oct 2011 - Sep 2012

  Completed a Master of Science Degree in Applied Mathematics. Modules included Fluid Dynamics, Mathematical Biology, Numerical Methods for Ordinary/Partial Differential Equations, Hydrodynamic Stability, Machine Learning. Current dissertation project: Modelling and Simulation of Single- and Two-Phase Flows Around Solid Bodies.



University of Limerick

• Ireland
• Higher Education
• 700 & Above Employee

• Software Developer

  • Jun 2013 - Aug 2014

  Modelling and software engineering of an operational research model (queueing theory and stochastic modelling) for the study of inner and outer berth operations in the context of performance optimisation and strategic expansion. Projects funded by Rusal Aughinish Co. Collaborators: Dr. Mel Devine, Dr. Louise Clune, Conor O'Brien, Dr. Joanna Jordan, Dr. David Tocher. Modelling and software engineering of an operational research model (queueing theory and stochastic modelling) for the study of inner and outer berth operations in the context of performance optimisation and strategic expansion. Projects funded by Rusal Aughinish Co. Collaborators: Dr. Mel Devine, Dr. Louise Clune, Conor O'Brien, Dr. Joanna Jordan, Dr. David Tocher.



The University of Manchester

• United Kingdom
• Higher Education
• 700 & Above Employee

• Graduate Research Assistant

  • Aug 2012 - Sep 2013

  Extended the oomph-lib finite element architecture to incorporate the construction of perfectly matched layers for applications in acoustics and time harmonic linear elasticity. Projects under the supervision of Prof. Dr. Matthias Heil and funded by Thales Underwater Systems Ltd. Extended the oomph-lib finite element architecture to incorporate the construction of perfectly matched layers for applications in acoustics and time harmonic linear elasticity. Projects under the supervision of Prof. Dr. Matthias Heil and funded by Thales Underwater Systems Ltd.



Fraunhofer MEVIS

• Germany
• Research Services
• 1 - 100 Employee

• Student Research Assistant

  • Jun 2010 - Aug 2011

  Modelling and implementation of high intensity focused ultrasound models via the finite element method using the perfectly matched layer techniques for the truncation of the computational domain. Project contained both mathematical and software engineering components. Modelling and implementation of high intensity focused ultrasound models via the finite element method using the perfectly matched layer techniques for the truncation of the computational domain. Project contained both mathematical and software engineering components.



Jacobs University Bremen

• Germany
• Research Services
• 200 - 300 Employee

• Teaching Assistant

  • Sep 2009 - Jun 2011

  Teaching Assistant in General Computer Science I/II, Single- and multi-variable Calculus, Numerical Methods and Numerical Software Laboratory. Responsibilities included holding tutorial sessions, grading homework assignments, creating problem sheets for assignments/exams, correcting quizzes and examinations. Teaching Assistant in General Computer Science I/II, Single- and multi-variable Calculus, Numerical Methods and Numerical Software Laboratory. Responsibilities included holding tutorial sessions, grading homework assignments, creating problem sheets for assignments/exams, correcting quizzes and examinations.