Master's Degree in Industrial Mathematics
Santiago de Compostela, Spain
DURATION
18 Months
LANGUAGES
Spanish, Galician
PACE
Full time
APPLICATION DEADLINE
Request application deadline
EARLIEST START DATE
Oct 2024
TUITION FEES
EUR 1,089
STUDY FORMAT
On-Campus
Introduction
The master's degree in Industrial Mathematics (M2i), of an inter-university nature, provides training oriented towards the construction of solutions to industrial problems, specializing in Numerical Modeling and Simulation technologies, highly demanded, and has the collaboration of more than 60 companies that provide real cases to carry out the master's degree projects.
The Master in Industrial Mathematics (M2i) is a master's degree coordinated by the University of Santiago de Compostela (USC), with the University of A Coruña (UDC), the University of Vigo (UVigo), the Carlos III University of Madrid (UC3M) and the Polytechnic University of Madrid (UPM). Its objective is to provide a solid training that allows you to quickly integrate into an industrial environment and be in a position to continue a professional career with responsibilities of increasing intensity. Thus, the scientific/technological interest of the M2i is based on three basic pillars:
- Expand the analytical capacity and knowledge of the students who will make up future research teams and professionals.
- Provide specific skills in relation to the design, construction and management of specific software for at least one of the industrial sectors.
- Introduce students to research and development issues related to the subjects that make up this program.
Curriculum
Termination conditions:
- Compulsory: 24 ECTS
- Electives: 36 ECTS
- Master's final project: 30 ECTS
- Total: 90 ECTS
In order to complete the studies, the student must complete at least one of the following specialties:
- Specialty in Numerical Simulation
- Specialty in Mathematical Modeling
The classes, with the exception of some practical credits, are taught by videoconference system from the classrooms of the five campuses of the participating universities. In a good number of subjects, classes are recorded (video notes). A tutor teacher is assigned to each student.
Consultations prior to admission to the M2i are attended to by the coordinators in person or electronically. M2i maintains permanent contact with students and graduates in the LinkedIn group "MIM&M2i–Students and Graduates" in which course information, news and job offers are shared.
Program Outcome
The scientific/technological interest of the Interuniversity Master in Industrial Mathematics is based on three basic pillars:
- Expand the analytical capacity and knowledge of students who will make up future research teams and professionals.
- Provide concrete skills related to the design, construction and management of specific software for at least one of the industrial sectors.
- Introduce students to research and development topics related to the subjects that make up this program.
Gallery
Career Opportunities
Graduates of these master's degrees are in high demand, especially by the R&D&I departments of European multinational companies, especially in the Nordic countries, the United Kingdom and Central Europe.
Computational models and mathematical technologies are a vital R&D resource and an essential ingredient in the innovation technologies agenda. Today they represent essential ingredients to lower the cost and accelerate the development of new products in many industrial sectors, from aerospace to finance, including traditional sectors such as the automotive auxiliary industry.
These aspects allow us to form a living master's degree in Industrial Mathematics, capable of evolving in accordance with the demands of the European market, so that students are trained to integrate into professional and multidisciplinary research teams.
There is a constant demand from companies for double profiles in Engineering and Mathematics, this master's degree can serve to raise the professional level of those technical engineers and mathematicians who take it, as well as to professionally retrain graduates in related areas such as physics, chemistry, computer science, higher engineering, etc.