I am a maths educator. I am currently an Associate Lecturer at Birkbeck, University of London. From mid August, I will be an Assistant Professor at Pennsylvania State University.

I am interested in many topics in maths education, particularly active learning methods in a university setting, the experiences of underrepresented groups in mathematics and developing effective strategies to promote equity, diversity and inclusion, and developing alternatives to traditional assessment methods.Â

I greatly enjoy teaching problem solving to school students, especially those who haven't had an opportunity to work collaboratively on difficult maths before. As part of this, I direct the She Talks Science STEP Summer School at Murray Edwards College, Cambridge. I am also running an online reading group on partition combinatorics for Gonville & Caius College, Cambridge.

I recently defended my PhD thesis on interactions between algebraic geometry, combinatorics, and representation theory at the University of Sheffield. Before that, I did my undergraduate degree and Part III mathematics at the University of Cambridge.

# Past videos

During the coronavirus pandemic I gave a couple of webinars for the UKMT giving some ways to think about symmetries and how to apply them to problem solving.

The two videos in this series look at symmetries and some ways to apply them to problem solving. Please note in the first video, some of the visual explanation is lost because my video feed is missing.

When I was a Part III student I worked on some videos for the STEP Support Programme, run by the Millenium Maths Project.

# Upcoming videos

Over Summer 2024 I will be producing a series of videos on the following topics. The content is informed by things I find my students consistently struggle with, either from the STEP specification or whilst studying the first year of undergraduate maths at Cambridge. Of course, students don't need to be on the relevant programmes to enjoy the maths in the videos.

Writing mathematics: how to communicate your ideas effectively on paper (STEP + first year).

Understanding the binomial theorem and related combinatorics problems (STEP).

Introducing limits: what you need to know about taking limits (and what you don't) for the STEP exam (STEP).

Understanding and using proof by induction (STEP + first year).

Quotient groups and the isomorphism theorem (first year).

The orbit-stabiliser theorem and applications to Platonic solids (first year).