Applied mathematics deals with a wide range of disciplines in different areas, as science, technology, business and industry. Applied mathematics aims to solve practical problems using mathematical methods and models, such as materials analysis and processing, weather forecasting, financial services, network management and many more tasks. Applied mathematics can include mathematical disciplines such as mathematics of engineering, linear programming, continuous modeling, numerical analysis, statistics, information theory, game theory, etc.
This Master’s degree covers the whole chain of quantitative finance, from theoretical aspects to the application in a professional setting. This Master draws on the recognized excellence of our engineering school in quantitative finance, and makes great use of the collaborations with the Universities of Paris-Dauphine and Cergy-Pontoise.
The MSc in Mathematics course has been designed for students who want to continue their mathematics studies by delving more deeply into particular aspects of pure and applied mathematics. The modules may well be of interest to mathematically inclined scientists and engineers as well as to mathematicians.
The course differs from those at other universities in that it covers a wider spectrum of numerical methods. The computational aspects of these methods are emphasised by the recent introduction of more laboratory work into the course.
Masterprogrammet i matematik är ett gemensamt program mellan KTH och Stockholms universitet och leder till en gemensam masterexamen.
The Master of Science in Computer Engineering emphasizes mobile, network and software engineering applications, all areas of growing importance in today’s world.
Photonics is a well established field of technologies and physics that is essential in our everyday life as well as a research topic for novel key enabling technologies for the society of the future. Examples of well-established existing applications of photonics are lasers and optical communication whereas future applications include sensing for example within biophotonics, energy and health.
The course offers a rigorous education in fundamental quantitative tools by combining core economic theory with related quantitative disciplines such as Probability, Statistics, Econometrics, Finance, Actuarial Science, Mathematical Modelling, Computation and Simulation, Experimental Design, and Political Science.
The programme results from an international advanced master degree (IAMD) created during an ESF research programme and EC FP6 network project.
The Master Random Modelling is jointly accredited by the Universities of Paris 7 and Paris 1, ENSAE ParisTech and Telecom ParisTech, and in association with the Ecole Centrale Paris and University of Paris Descartes.
La Mention Ingénierie Mathématique du Master Sciences-Technologies-Santé de Lille 1 a pour objectif de proposer une formation de haut niveau dans divers domaines des mathématiques appliquées.
The M.Sc. Degree Programme is an intensive one-year program of study, and carries 90 ECTS credits. All instruction and correspondence is in English. The year is divided up into three trimesters each carrying 30 ECTS credits. All courses are in the form of condensed teaching modules of 1-3 week duration. Students attend lectures for up to 4 lecture hours each day, in addition to daily lab/computer exercises and demonstrations in the utilization of renewable energy.
MathMods is a two-year joint Master of Science (MSc) programme (120 ECTS) within 5 European universities, which aims to provide students with a cross cultural education while they get acquainted with both theory and applications of mathematical modelling in engineering.