Postdoctoral researcher in Applied Mathematics, University College Cork, School of Mathematical Sciences, 2023
I had sole responsibility for the teaching, examination, and administration of this module, taken by over 480 first year Business students. The goal of this module is to provide an understanding of the basic methods of business statistics. I supervise 4 undergraduate tutors who give tutorials for this module.
Lecturer in Applied Mathematics, University College Cork, School of Mathematical Sciences, 2022
I had sole responsibility for the teaching, examination, and administration of this module, taken by fourth year undergraduate students and postgraduate students. This module covers topics in network science and graph theory, such as structural properties of social networks.
Lecturer in Applied Mathematics, University College Cork, School of Mathematical Sciences, 2022
I had sole responsibility for the teaching, examination, and administration of this module, taken by third year and fourth year undergraduate students and postgraduate students. The core goal of this module is to teach the fundamentals of vector algebra through the application of Newtonian mechanics. This module covers methods of solving first and second-order PDEs, including classical examples such as the wave equation.
Lecturer in Applied Mathematics, University College Cork, School of Mathematical Sciences, 2022
I had sole responsibility for the teaching, examination, and administration of this module, taken by over 100 first year Mathematical Sciences students. The goal of this module is to provide an understanding of the fundamentals of vector algebra through the application of Newtonian mechanics. I supervised 4 undergraduate tutors who gave tutorials for this module.
Lecturer in Applied Mathematics, University College Cork, School of Mathematical Sciences, 2020
From 2020 to 2022, I had sole responsibility for the teaching, examination, and administration of this module, taken by third year Mathematical Sciences students. This module introduces the tensor algebra required for advanced partial differential equations modules, and covers topics such as solving the Laplace equation in spherical and cylindrical coordinates.