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Teaching and supervision

Here is a list of some of the teaching and supervision I have done.

Undergraduate

Geometry of surfaces - Spring 2023

Joint 2nd and 3rd year course on the differential geometry of surfaces in 3-space. King's College London.

Mathematics for Engineers - Autumn 2022

1st year course on core mathematical techniques for engineering students. Loughborough University.

Graduate teaching assistant - 2018-2022

Delivering tutorials and occasional lectures for the following modules.

  • Analysis 3 (complex analysis) 2018-2021 (UCL)

  • Algebra 2 (linear algebra and groups) 2019-2020 (UCL)

  • Geometric topology (knots and surfaces) 2021 (King's College London)

  • Analysis 2 (Riemann integration) 2022 (UCL)

Pre-undergraduate

Royal Institution masterclass - 4th March 2023

Geometry in Euclidean and non-Euclidean spaces, including the problem of the parallel postulate and the art of MC Escher for year 12 students.

UCL widening participation summer challenge - 2020

Five week course on low dimensional topology for year 12 students delivered jointly with Niki Kalaydzhieva.

Problem solving classes - 2019-2020

Six week courses for year 12 students exploring different areas of problem solving, including game theory, induction, and extremisation, delivered jointly with TD Dang.

London Maths Outreach - 2018-2020

Four week courses on the geometry in Euclidean and non-Euclidean spaces, including the problem of the parallel postulate, groups of isometries, and the art of MC Escher for year 10-11 students. Also teaching assistant for various other courses.

Supervision

MSc projects

  • 2023 - Goran Newsum Coxeter groups (King's College London)

Non-finalist undergraduates

  • 2022 - first year group summer project uniform convergence (UCL)

  • 2022 - first year group summer project divergent series (UCL)

Graduate workshops

  • 2022 - early career researchers on project group invariant machine learning for Calabi-Yau polyhedra (LOGML)

Pre-undergraduates

  • 2019 - year 12 group project from Euclid to Escher (Stepney Green College)

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