Университет Шеффилда, BSc (Hons), Математика

Year one: applications of probability and statistics; deifferential and deifference equations; foundations of probability and statistics; groups and symetries; mathematics and maple; matrices and geometry; mechanics in action; numbers and proofs; practical calculas; probability and inference; probability, sets and complex numbers; vectors and motion; differential and difference equations; foundations of probability and statistics; groups and symetries; mechanics in action; numbers and proofs; probability and inference; vectors and motion. Year two: advanced calculas; linear mathematics for applications; applied differential equations; continuity and integration; mechanics; methods for differential equations; continuity and integration; mechanics; methods for differential equations; non linear mathematics; numerical linear algebra; probability modelling; rings and groups; statistical modelling; statistical reasoning; statistics core; statistics in society; topics in number theory; vector spaces and fourier theory; vectors and fluids. Year three: practical and applied statistics; project in applied mathematics; advanced operations research; applicable analysis; applied probability; bayesian statistics; chaos; classical control; codes and cryptography; combinations; complex analysis; computational inference; continuum mechanics; differential equations; differential geometry; fields; financial mathematics; fluid mechanics; fractals; Galois theory; graph theory; group project; groups and symmetry; history of mathematics; knots and surfaces; linear models; mathematical methods; medical statistics; metric spaces; milestones in applied mathematics, electromagnetism; milestones in applied mathematics, quantum theory; multivariate data analysis; numerical solution of partial differential equations; operations research; optics and sympletic geometry; optimisation; real and complex analysis; rings and modules; sampling theory and design of experiments; stochastic finance; stochastic processes; time series; topics in mathematical economics; topics in number theory; undergraduate ambassadors scheme in mathematics; waves.