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Mathematics and applications

Track: Analysis, Arithmetic, Geometry
The Masters in Analysis, Arithmetic, Geometry teaches students a vast range of fundamental mathematics and in the second year offers introductory courses in the majority of current pure mathematics research fields.
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Track: Modelling and simulation
The master’s degree in Modelling and Simulation offers a triple education in Physics, Applied Mathematics and Computer Science.

Track: Data Science
Big Data marks the start of a major transformation that will have a deep impact on all sectors, from e-commerce and scientific research to finance and health. Exploitation of this big data requires techniques that combine sophisticated computer science and pure mathematics with the aim of extracting the relevant information. Today, businesses need to recruit Data Scientists capable of grasping these challenges and managing this issue that is strategic to their development. Big Data is a cross-cutting challenge that affects many sectors of the economy : large-scale distribution, e-commerce, public services, high-tech industry, the banking and financial sector and the biomedical sector with the advent of personalized medicine.
This Masters, taught in english, is the first M2-level course on Big Data combining several major academic organizations (the École Polytechnique and Télécom ParisTech) and the aim is for it to become the international standard in the field of Data Science.
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Track: Probabilities and Statistics
The Masters in Probabilities and Statistics covers many fields, including neuron networks, artificial intelligence,the reliability of structures and software, forecasting, the management of large bodies of data and quality control, but also quantum statistical mechanics, the inverse problems of signal theory, communication networks, stochastic automata, protein crystallography and genome mapping.
This specialism introduces students to research on probabilities and mathematical statistics. The applied statistics course focuses on applications in agronomics, biology, biotechnology, medicine and problems that affect the environment.
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Track: Probabilities and Finance
The Masters in Probabilities and Finance provides theoretical and practical training in all of the financing of markets. This training focuses specifically on : derivative instruments, the advanced study of interest rates, risk analysis and numerical methods.
Students are trained to work in the banking, insurance, energy and software publishing sectors. They are also prepared to move into research.
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Track: Mathematics for Living Science
The Masters in Mathematics for Living Science provides a structured and comprehensive education on the mathematical fields at the interface with living science (biology, medicine, ecology). This specialism introduces students to research in mathematics at the interface with living sciences as well as biotechnologies prospects in the economic world.
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Track: Pure Mathematics, Vision, Learning
The Masters in Pure Mathematics, Vision, Learning trains students in the main mathematical concepts of imagery and learning, while developing their experimental and modeling abilities. These fields are central to a great number of applications with significant industrial stakes : mobile imaging, medical imaging, robotics, etc.
Subsequent openings for students include jobs as statistician research engineers, systems architects, vision and image processing software architects, research engineers, statistics project managers and consultants in technical design offices.
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Track: Mathematics of Modeling
The Masters in Mathematics of Modeling meets the growing demand for modeling and simulation in physics, engineering, economics and medicine, both in terms of academic research and R&D. The program aims to train engineers and researchers specialized in Numerical analysis, Scientific calculation, Control, Partial differential equations, Signal optimization and processing.
One of the major objectives is to prepare students to continue their training with a thesis in an academic or industrial environment in fields such as mechanics, physics, engineering science or newer fields such as biology, economics and the environment.
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Track: Optimization
This training covers all components of the optimization, including the optimal control, game theory and the calculus of variations.
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