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Université de Lille 1 Mathematics Department mardi 5 mai 2015 Lille Central Place Licence - Semester 5 • Groups, Rings, Fields( 24 T + 46 E) • Topology (24 T + 46 E) • Euclidean geometry (20 T + 30 E) • Probability (20T + 30 E) • Numerical Analysis (20 T + 30 E) • English (12 E) T= theoretical class, E = Exercise class mardi 5 mai 2015 Licence - Semester 6 • Differential Calculus ( 20 T + 30 E) • Differential Equations (16T + 36 E) • 3 options: Integration, Complex Analysis, Modelization, Statistics, Geometry, Mechanics, History (24T + 36 E) T= theoretical class, E = Exercise class mardi 5 mai 2015 Licence • Evaluation: 2 partial exams + projets (numerical analysis and statistics) • Number of students: 75 (2 or 3 exercise groups) • Some classes on computer: Scilab, Matlab, Maple, R mardi 5 mai 2015 Masters Mathematics (Research) Mathematical Engineering Finance Mathematics (Teaching) mardi 5 mai 2015 Mathematical Engineering (1st year) Convexe optimization Linear Optimization Modelization and Finite Differences Object Orented Programmation (C++) Probability Data Analysis Mathematical Statistics Elliptic Problems Computer Methods(statistics) Physics Computer Methods(numerical Analysis) Numerical Tools in scientific Computation mardi 5 mai 2015 Mathematical Engineering (1st year) • evaluation: 1 partial exam + Final exam + projets • computer languages: • statistics: SAS, R • scientific computing: fortran, C++ • TER: personal project of 50h work : modelization, study of new methods of resolution of the problem, numerical experiences, analysis of results • 20 T+30 E each mardi 5 mai 2015 Statistical Engineering (2nd year) • Data Analysis • Modelization • Computer tools (unix, java,...) • Business tools: english, marketing, management • 3 projects to deepen knowledge of some studied domains • 3 to 6 month training in some company mardi 5 mai 2015 Scientific Computing (2nd year) • all teaching is in english (level B2 required) • refresher courses: modeling, numerical analysis algorithms •scientific computing for (2 options) • mechanics • optimization • bioinformatics • numerical simulation • condensed matter physics • mathematical tools for simulation • Supercomputing • internship in company or research laboratory mardi 5 mai 2015 Mathematics (research) -1st year Semester 1: pure and applied mathematics Analysis Differential geometry Probability Partial Differential Equations mardi 5 mai 2015 Mathematics (research) -1st year Semester 2: pure and applied mathematics 5 options: Algebra and Geometry, Functional Analysis, Topology, Galois Theory, Markov Chains, Numerical partial differential equations, Iterative numerical analysis, Signal processing, Complex analysis,... the option is open with a minimum of 6 students mardi 5 mai 2015 Mathematics (research) -2nd year Pure and applied mathematics • 5 courses in a total of 150h per semester • the courses change each year and cover the different research domains of the members of the department • one final examination per course • a dissertation based on some scientific article mardi 5 mai 2015