Mathematics and physics are complementary subjects and make a sensible combination to study at university. There are many examples of unexpected discoveries resulting from the interaction between the two disciplines. Ideas developed in particle physics have led to advances in topology - one of the purest branches of mathematics. Advances in the understanding of chaos provide another example. Ideas from the theory are being applied increasingly in the modeling of complex physical systems such as the atmosphere and lasers.

The Warwick joint courses (BSc and MMathPhys) are now among the best-established in the country with around 50 students starting each year. The courses include a significant proportion of modules from both contributing departments designed primarily for joint degree students. It is possible at the end of the First Year to transfer to either of the single subject degrees. Years one and two are common to the two courses.... [-]

Program Overview

This program stands at the crossroads of various disciplines of modern mathematics and computer science, including statistics, optimization, learning theory, information theory, complexity theory, as well as at the intersection of science and innovation in the field of modern information technology. Leading experts at HSE and Skoltech jointly provide instruction in this unique research-driven program.

Students participate in one or more working groups (research seminars), where they determine focus areas for an initial survey report and then solve challenges at the intersection of cutting-edge research and technology in statistical learning theory. These seminars are built on teamwork, as the undertaken tasks are so complex that they can’t be solved by one person alone. Students learn how to effectively collaborate, bringing together their diverse collective skills, competencies, and experiences to determine successful solutions for complicated issues.... [-]

Master of Mathematical Engineering

The evolution of technology and applied sciences conveys the need for a flexible and multidisciplinary education.

The Master in Mathematical Engineering offered by Universidad Carlos III de Madrid aims to provide students with the necessary tools to face technological or scientific problems by means of:

Sound mathematical, physical and statistical foundations Mathematical modelling Analysis and numerical solution of models Validation of models and results

Aims

The Programme aims to gain the adequate tools for a Graduate degree referring to acquisition, integration and communication of the knowledge obtained, development of skills in solving problems and introduction to research.... [-]

Masters in Industrial Mathematics (Spanish)

Master organized by the University of Santiago de Compostela, La Coruna, Vigo, Carlos III of Madrid and the Polytechnic of Madrid, following the merger of the master of Mathematical Engineering and Industrial Mathematics.

Specialties in Modelling and Numerical Simulation, highly demanded technologies. Training oriented building solutions specific industrial problems. Classes by videoconference and videoapuntes in numerous courses from your home university. Participation of companies from different sectors, which provide case studies for your Master's Thesis.

The Joint Masters in Industrial Mathematics answered:

Training needs to masters level professionals in Industrial Mathematics brought to light by both the European Union and the Organization for Economic Cooperation and Development (OECD) in its document "Global Science Forum. Report on Mathematics in Industry ", 2008. European requirements ECMIMIM curriculum development project (project Erasmus - Curriculum Development Lifelong Learning program) approved and funded by the European Union, involving the implementation of a master on the subject referred to by each of the nine project partners, including which is the Carlos III University of Madrid. [-]