BSc Mathematics with Engineering

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University of Nottingham

Comments about BSc Mathematics with Engineering - At the institution - Nottingham - Nottinghamshire

• Objectives
  Both the BSc and MMath courses combine subjects from a range of engineering disciplines with an education in mathematics to honours degree level, where an emphasis is placed on using mathematics in practical situations. The first two years combine a study of core foundational modules in mathematics with options that include technical and management-related modules in engineering. In subsequent years, modules are chosen from a wide variety of topics in mathematics and engineering according to your particular interests.
• Entry requirements
  Required subjects: maths A level, grade A; physics A level or another numerate subject (for example, further maths, economics or chemistry); two AS levels may be accepted in place of a single A level IB score: 33 (6 Mathematics at higher level)
• Academic title
  BSc Mathematics with Engineering
• Course description
  BSc Mathematics with Engineering
  
  Programme
  
  Year one
  
  You learn the core mathematical topics, such as sequences and series, calculus and matrices, that are fundamental to your later mathematical studies. In addition, you study a variety of engineering topics, either as a group with an emphasis on management and business (open to all students) or as a group emphasising physical aspects (open to students with A level Physics).
  
  Year two
  
  The mathematical tools you will need are developed to a more advanced level, enabling you to model physical problems such as fluid motion. Engineering subjects are studied from a variety of disciplines, chosen according to your interests and background.
  
  Year three
  
  In your third year, you study a range of advanced topics in mathematics and its applications, as well as engineering subjects. Your studies include project work in which you apply mathematics to practical problems.
  
  Year four
  
  You will gain more specialised knowledge of advanced mathematical techniques, and cover advanced engineering topics. Project work is particularly important, and you will undertake a substantial dissertation in the fourth year.

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