ObjectivesThe Department of Physics and Astronomy at the University of Leicester is a world-class centre for teaching and research. We have been rated as excellent in the national Teaching Quality Assessment, the National Student Survey and in every Research Assessment Exercise. In addition we are one of only two physics departments in the UK to have been made a centre of excellence for teaching and learning. We pride ourselves on our commitment to teaching, our friendly and approachable staff and our comprehensive student support. The Department has an outstanding track record of graduate employment in industry, business and academic research.
Entry requirementsEntry Requirements
* A/AS Levels: Three A-Levels including Physics and Mathematics normally required. Two AS-Levels considered in place of third A-Level. AS-Level Mathematics or Physics (grade B) accepted for BSc if supported by strength elsewhere.
* GCSE: No specific requirements. Mathematics may be required for Science Foundation Year.
* Access to HE courses: Pass, with at least the requisite credits at level 3.
* European Baccalaureate: Pass with 65% overall.
* International Baccalaureate: Pass Diploma, BSc 28 points, MPhys 34 points.
* Leicestershire Progression Accord: BSc 250 points, MPhys 290 points, subjects as above, plus full Accord credits.
* BTEC Nationals: Pass Diploma with DMM, plus any subject / GCSE requirements.
* Other Qualifications: Other national and international qualifications welcomed.
* Second Year Entry: Possible for candidates with advanced qualifications compatible with our degree structure.
* Science Foundation: We accept students from the University Science Foundation Programme.
* Applicants may be interviewed and all those receiving an offer will be invited to visit the Department.
* These degrees are not available on a part-time basis.
Academic titleBSc Physics with Nanoscience and Technology
Course descriptionBSc Physics with Nanoscience and Technology
Programme
First Year
You will study core topics in physics and mathematics including atoms and quanta, light and matter and electricity and magnetism. Laboratory work introduces practical physics and includes additional experimental options in self-organised nanosystems. A wide range of option courses covers fields such as an introduction to nanoscience and practical approaches to nanotechnology.
Second Year
The core programme builds upon the first year foundations and includes relativity and particles, waves and fields, condensed matter physics and electromagnetism. Laboratory work develops to incorporate an increasing range of practical skills. Over 15 option courses include quantum devices, computer modelling and imaging nanostructures.
Third Year
Core topics include quantum physics, atoms and nuclei, radiation and matter and plasma physics.
A semester long pair project provides students with research experience an area of nanoscience or nanotechnology. Experimental projects include scanning probe microscopy. Optional material includes a range of practical workshops and over 20 option courses in subjects such as advanced materials, and nanomachines. Courses on management and business skills are also offered.