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Book your place on our postgraduate open evenings

Choose from over 170 postgraduate courses with flexible study options to help you in your career – or change your path completely.

We’re holding informal open evenings from 5 to 12 February 5pm to 8pm, giving you the opportunity to find out first-hand how you can benefit from postgraduate study.

Tutors will be on hand to answer all your questions about your course, and you can see where you’ll be studying. You can drop in at any time, or join us for talks and tours.

We run open evenings on all of our campuses across Brighton and Eastbourne, the event at Moulsecoomb is on Wednesday 12 February, 5pm – 8pm.

Find out more about what subjects we offer for postgraduate study and book your place on an open evening

Train to teach this September

If you have considered training to teach after graduating in a STEM subject this year, this post is for you…

Train to teach and inspire hundreds of young minds along the way. Start your teaching career on a Maths, Physics or Physics with Maths train to teach course this September.

Tax-free bursaries and prestigious scholarships of up to £30,000 are available while you train as a teacher. The department of Education (DfE) website has additional support available to help you get started…

  • Read these five simple steps to get into teaching
  • Register to attend the next DfE online event on 18 July; which provides specific advice for new STEM graduates like you.

Or you can register an interest in our programmes here.

Get up to £30,000 tax-free to Train to Teach a STEM subject

maths train to teachGood teachers are always in demand but STEM (Science, Technology, Engineering and Maths) subjects at secondary school are particular priorities and attract additional support and higher levels of funding.

The teaching profession is a great way to make your degree, skills and knowledge really count. At the moment, tax-free bursaries and scholarships worth up to £30,000 are being offered to top graduates who choose to train as teachers.

Our teaching courses at Brighton are perfect if you have graduated with an honors degree or equivalent, in a subject relevant to the specialism. Or if you think you may need additional support we also offer subject knowledge enhancement routes (SKE) which you can do ahead of the teaching course.

We offer courses in a number of STEM subject areas including:
Physics with Mathematics

Specialising in a STEM subject at postgraduate level means that you will be able to take a role in the leadership and development of this subject area throughout your career.

You can find out more at the Department of Education (DfE) website.
Or you can register an interest in our programmes here.

Soapbox science

A scientist from our school left her lab to stand on a soapbox to explain nuclear physics to members of the public and to help eliminate gender inequality in science.

Chantal Nobs, a PhD student at the University of Brighton, was one of 12 women selected to participate in the Soapbox Science London event on London’s Southbank.
Her session ‘Nuclear physics: Exploring the centre of the atom and harnessing its potential’ involved discussing her work and her experiences as a female scientist.

Chantal said she was impressed with the reaction from members of the public. One said: “Now, not only do I know what it means, but I know that women can do it.”

The key aim was to help eliminate gender inequality in science by raising the profile and challenging the public’s view of women in science. In addition to sharing their research with the general public, all 12 women became role-models for future generations.

Chantal said: “Although I was incredibly nervous before stepping onto my soapbox I thoroughly enjoyed the hour-long session. As soon as I had introduced myself, out of no-where, a full crowd had formed around me. A complete mixture of young and old, male and female, some who knew all about nuclear physics, and some who had never heard of a nucleus.

“The best part of the event for me was the variety of questions asked, everything from ‘how did you get into nuclear physics’ to ‘how do we know whether we have created a nucleus if we cannot see it’.”

Watch video highlights from Chantal’s talk here

Part-time postgraduate study

Here what Jason Bailey has to say about studying Data Analytics MSc

Jason Bailey

The Data Anayltics MSc at Brighton is challenging, fascinating and eye-opening.

As a part-time student in employment, I am finding the course flexible enough to choose my modules each semester to suit my work.

The teaching staff are really helpful. I’ve learnt a lot of new statistical methods, theory and application using different software tools such as R and SPSS Data Modeller. I would recommend the course to anyone wanting to gain understanding of both statistics and data mining.

The course is perfect for anyone wanting a career in data science, business analytics or data mining.

Can maths help treat spinal deformities?


The University of Brighton researchers hope to help doctors better understand deformities in the human spinal cord by using mathematical modelling.
Dr Paul Harris and research student Jenny Venton, from the university’s College of Life, Health and Physical Sciences, will explain their work at the London Mathematical Society’s 150th anniversary Mathematics Festival at the Science Museum.
They will be presenting at the festival’s schools day on 27 November and to the general public on 28 and 29 November.
Visitors will be invited to become ‘undercover journalists’ to discover how mathematics helps us to understand the world around us and how it transforms people’s lives.
The University of Brighton’s research is part of an ongoing collaboration with the Brighton Centre for Regenerative Medicine and is funded by a grant from the Leverhulme Trust (RPG-2013-178).
A key part of their research is focusing on a deformation that can occur due to the formation of fluid-filled cavities in the spinal cord. Previous medical investigations have failed to find any chemical or biological process which is responsible for the formation of the cavities.
The scientists hope that a mathematical model will be able to demonstrate how the changes in the pressure of the cerebral-spinal fluid can cause the cavities to form and grow without the need for invasive medical investigations.
They hope that providing an accurate mathematical model will lead to improved treatments of spinal deformities.