I first got into digital accessibility while working as a specialised maths and science disability support worker. Lots of my work involved adapting existing content which introduced me to the world of accessible maths. Since moving into lecturing and curriculum design, I have further explored the challenges and solutions of digital mathematics, particularly from a student perspective. I am very interested in how students use digital tools in STEMM subjects and how they can be further supported.
Contact information: c.g.webb@imperial.ac.uk
For my back story on how I got involved in making maths accessible, read How a learning technologist came to work on accessible maths. I've been exploring this area since 2018 with disabled students at York and continue to do user research with them. The biggest challenge I'm facing with accessible maths right now is trying to make the maze of solutions easier to understand!
Contact information : lilian.joy@york.ac.uk
Previously I was a 6th form maths teacher and now I'm a digital learning advisor working with the Faculty of Science. I'm trying to bring together staff from across the university to work on guidance and support for staff to improve the digital accessibility of maths and stats resources.
Contact information:
Interested in access to programmes of study which contain substantial quantities of mathematics and see MASH Mathematics Accessibility
Contact information:
I lecture in mathematics and am interested in making resources more accessible. I have no particular expertise but am making use of bookML to put lecture notes and similar into html. I am interested in following developments through this very friendly JISC community.
Contact information: A.D.Gilbert@exeter.ac.uk
Interested in Digital Accessibility, Moodle Accessibility, Helping fix issues not just find them. We develop the Moodle Accessibility Toolkit - which is in Moodle 3.11 and available as a subscription for Moodle 3.9, 3.10 and 3.11.
Contact information:
I've spent parts of career in industry and the public sector, and other parts in academia. I'm keen to ensure that our academic practice is accessible.
Contact information: p.hewson2@exeter.ac.uk
I've been developing learning resources for modules I teach for 5+ years now, so have worked with a fairly large range of development environments. Recently for accessible resources I've been primarily working with how to generate high quality HTML outputs from LaTeX (with PDF simultaneously available). So I've been working with Markdown in various forms, like Bookdown/RMarkdown/Quarto.
Contact information: contact@djhodge.com
As the lead developer of Numbas and Chirun, I need to ensure they're accessible by all of our users. I'm also disabled myself - a long list including autism, dyspraxia, colourblindness and Ehlers-Danlos syndrome - so I was affected by inaccessible material during my studies. I'm working to provide tools to improve accessibility of digital maths, and to help lecturers make their material more accessible.
Contact information: christian.perfect@ncl.ac.uk
I aim to promote and support staff engagement with tools for STEM, including digital accessibility and inclusion. I maintain/write the University of Bath's Writing Accessibility Technical Content resources.
Contact information:
I've been a digital accessibility champion for years, in my role as a Learning Technologist. For the first 20 years of my working life I didn't spend much time thinking about accessible maths. But in the last five years, I've been supporting the School of Applied Sciences, and suddenly I found the need to contemplate accessibility in a whole new light. This group has been very helpful on my journey towards being supportive of all things 'accessible' in our learning materials.
Contact information: t.macneill@brighton.ac.uk
The University of Birmingham is strongly committed to eliminating digital barriers for our students and staff. Through this work, I have become increasingly interested in accessible maths and in finding practical ways to prevent mathematical content from excluding people who rely on assistive technology. Recently, my focus has been on improving accessibility within LaTeX workflows, including a project to produce tagged PDFs. I am keen to learn more about effective end‑to‑end workflows and how different screen readers interpret maths so we can give staff clear, practical guidance that helps them create accessible materials for their students.
Contact information: v.malamidou.1@bham.ac.uk
I got interested in accessible maths in 2020 and started working on solutions to make maths accessible, focusing on making the content strictly better for every student (for instance mobile friendliness, dark mode, animations, hidden solutions), while simultaneously reducing the additional workload on staff to the bare minimum. I develop and maintain BookML, a tool that tries to do all of the above, based on LaTeXML.
Contact information: v.l.mantova@leeds.ac.uk
Include the official course description from your institution. Include any other relevant information needed for students or others viewing to understand major themes, prerequisites or if classes are exclusive for specific major subjects or degree tracks.
Contact information : l.searle@southampton.ac.uk
Interested in digital accessibility, digital communication, digital skills development. I am keen to raise awareness of accessibility issues and solutions. I have worked for an IT department in HE for 36 years and have in the past taught maths at various levels from primary to undergraduate on a part time, and sometimes voluntary, basis.
Contact information:
I am interested in finding ways to make the creation of accessible Maths easier for everyone so that we can begin to expect it by design and as part of a standard baseline, not just for higher education, but for education generally. Currently there is a perception of a great deal of potential complexity related to the creation of accessible maths which may inhibit wider collective progress. As part of this brilliant group I'd love to help to demystify some of these processes and create a baseline that gives everyone confidence in the basic building blocks and principles that can be applied across the education sector building, for example, on the Accessible STEMM introdcution created by Dr Jim Tyson and the Thomas Poicklington Trust.
Contact information: b-watson@ucl.ac.uk
Interested in e-assessment of Mathematics and Sciences; interactive graphs.
Contact information: