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Background

Dr Arnaud Marotin is a Senior Lecturer in Engineering at the University of Wales Trinity Saint David, with over 20 years of experience in higher education and industry. He holds a PhD in computational modelling, an MSc in engineering, and a PGCE in post-compulsory education. Arnaud teaches across undergraduate programmes, specialising in thermofluid mechanics, data analysis, and computational methods. His teaching is grounded in applied learning and the use of tools such as Matlab. He leads the part-time and degree apprenticeship provision within the School of Engineering, focusing on programme coordination and curriculum delivery. While previously active in research, his current work centres on teaching excellence and academic leadership. 

Specialist Subjects

  • Mathematics
  • Numerical Methods
  • Computational Modelling
  • Matlab Programming
  • Thermofluid Mechanics
  • Data Analysis
  • Engineering Applications

Professional and/or Research Experience

Dr Arnaud Marotin began his career as a Development Engineer at Bookham Technology Plc, working in photonics research and development. He later joined Swansea Metropolitan University as a Research Associate, where he contributed to postdoctoral research on boundary element methods for modelling thermal and radiative transport. Since 2008, he has taught engineering modules at foundation, undergraduate, and postgraduate levels, including Thermofluid Mechanics, Computational Methods, Data Analysis, and Matlab programming. Arnaud currently focuses on teaching and academic leadership, managing several part-time and apprenticeship-based engineering programmes at UWTSD. His responsibilities include curriculum development, programme coordination, and quality assurance. He has served on university committees and acted as internal examiner for doctoral and master’s degrees.

Qualifications

  • PGCE (PCET), Swansea Metropolitan University (2011)
  • PhD, University of Wales (2007)
  • MSc, University of Angers, France (2000)
  • BSc, Angoulême College, France (1999)
  • Baccalaureate, Rochefort College, France (1993)

Languages Spoken

French (native)
English (fluent)

Professional Membership or Roles

Fellow of the Higher Education Academy (HEA), awarded in 2012

External Recognition or Rewards

HEA Fellowship (2012)

Link to Orcid Profile

Professional Publications

  • Donne, K.E., Marotin, A., Bashford, T. (2017). Solution of the Transient Thermal Diffusion Equation using the Time-Dependent Boundary Element Method. IJCMEM, Vol. 5(3), pp. 260–270.
  • Bashford, T., Donne, K.E., Marotin, A. (2017). Parallelisation Techniques for the Dual Reciprocity and Time-Dependent Boundary Element Method Algorithms. IJCMEM, Vol. 5(3), pp. 395–403.
  • Donne, K.E., Marotin, A., Al-Hussany, A. (2013). Dual reciprocity boundary element modelling of collimated light fluence distribution in prostate tissue. WIT Transactions on Biomedicine and Health, Vol. 17.
  • Marotin, A., Thomas, R. (2012). Mathematical skills of new entrants to engineering courses. International Conference on Engineering Education, Coventry.
  • Donne, K.E., Marotin, A., Al-Hussany, A., Daniel, G.M. (2011). Modified Boundary Element Method to Model Radiative Transport in Biological Turbid Medium. IJES, 10th Anniversary Issue.
  • Donne, K.E., Marotin, A. (2009). Parallelized transient boundary element model of laser hyperthermia-photodynamic therapy. CMBE09, Swansea.
  • Donne, K.E., Marotin, A. (2008). Three-dimensional time-dependent boundary element method for light-based cancer therapies. IJES, Vol. 9(3).
  • Marotin, A. (2007). PhD Thesis: Boundary Element Method for Multi-Dimensional Modelling of Light-Tissue Interaction. University of Wales.
  • Donne, K.E., Marotin, A. (2007). Radiative and transient thermal transport modelling using BEM. WCEAM-CM, Harrogate.
  • Donne, K.E., Marotin, A., Daniel, G.M. (2007). Transient BEM for light-tissue interaction. NAFEMS World Congress, Vancouver.
  • Donne, K.E., Marotin, A., Sinker, P. (2007). Integral equation modelling of radiative transfer in PDT. QRM Conference, Oxford.

Available to Supervise Doctoral Students

Yes