Comments about BSc Computer Science - At the institution - Leicester - Leicestershire
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Objectives
Leicester offers you a young and dynamic department that takes a scientific and rigorous approach to computing. We recognise that computing is a vibrant and diverse discipline, ranging from the management and architecture of global IT projects, through to the scientific development of innovative theories and technologies. At Leicester you can build on your strengths and interests, whether they lie in creativity, inventiveness, scientific problem solving, or in applying business sense and organisation.
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Entry requirements
Entry Requirements * A/AS levels: Three A levels usually required. Two AS levels considered in place of one A level. General Studies accepted. Keys Skills may be considered. * GCSE: Mathematics Grade C or above is required for all degrees. Mathematics Grade B is preferred for G400/G401/G402/MComp. English Language Grade C or above usually required for G4N1/G4N3/G4N4. * Access to HE course: Pass, with a substantial number of credits at level 3. * European Baccalaureate: Pass with 65% overall. * International Baccalaureate: Pass Diploma with 28-30 * Leicestershire Progression Accord: 270–310 points plus full Accord credits. * BTEC Nationals: Full Diploma with DMM/DDM. * Other Qualifications: Other national and international qualifications welcomed. * Mature students welcomed: Alternative qualifications considered. * Second Year Entry: Possible for those with advanced qualifications compatible with our degree structure. * Applicants are not normally interviewed. All applicants receiving an offer will be invited to visit the Department. * These degrees are not available on a part-time basis.
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Academic title
BSc Computer Science
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Course description
BSc Computer Science
Programme
First Year
In addition to the modules from Computing, we offer you scientific problem solving, logic, and artificial intelligence. You will be able to learn about the logic that underpins many fascinating applications such as processor verification, computer learning and mechanised reasoning, and will have advanced problem-solving skills that will help you both during the course and in the world of employment. You will also learn about the latest processor technologies during your first year.
Second Year
In addition to the Computing modules there is a module on automata. These are models of computation that enable us to better understand some of the fundamentals of computing. For example, some of the latest research by Microsoft uses automata to better understand the new and fascinating ideas of chemical computers. You can also learn functional programming; such languages are used in the production of mobile embedded systems and also in computer verification systems.
Third Year
All Computing options are open to you, with other topics such as algorithm design; cryptography, where you can learn about the latest methods for encrypting data; communication and concurrency, where you can learn about techniques for designing and understanding concurrent systems; and programming semantics. You will also be able to choose from a wider range of projects, including those requiring more sophisticated AI knowledge, and mathematical techniques in advanced graphics.
