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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
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