<p>In the UK, the primary route to a physics degree is through studying for advanced level qualifications (known as A-levels) in both physics and mathematics. 38,958 students were entered for A-level examinations in physics in 2019, with the majority of these candidates also entered for A-level mathematics.</p><p>In recent years the UK has seen a growth of vocational, technical and wide entry qualifications. The vocational and technical qualifications are targeted at teenagers, and the latter targeting mature students returning to education later in life. These qualifications all cover a wider breadth of material, but in less depth than traditional A-levels. In order to ensure that these students can succeed at a physics degree, Nottingham Trent University developed a new course, BSc Applied Physics.</p><p>BSc Applied Physics is designed to follow on directly from vocational, technical and wide entry courses, including the BTEC Extended Diploma in Applied Science and Diplomas in Access to Higher Education. In the first year of BSc Applied Physics students have extra workshops to support their studies, and extra sessions on mathematics for physics. The aim is that, at the end of the first year, these students should have the same mathematical ability as year 1 students on our main BSc Physics course. The BSc Applied Physics students then have a choice. They can either continue with BSc Applied Physics, which focusses on the applications of physics, or transfer to a more traditional BSc Physics programme.</p><p>The purpose of this poster is to showcase to teachers how this type of non-standard degree programme can benefit students studying for non-traditional qualifications.</p>