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Spanish Network for Mathematics & Industry C/ Lope Gómez de Marzoa, s/n. 15782, Campus Vida. Santiago de Compostela
Tel.: 881 813 373 | www.math-in.net
Masters in Mathematical Industry in Spain
Research groups belonging to the Spanish Network for Mathematics & Industry
are involved in masters which have an important industrial proyection. We
classify them into 3 types:
Erasmus Mundus - cooperation between European universities and the
rest of the world
o Mathematical Modelling in Engineering: Theory, Numerics,
Applications (MathMods)
Interuniversity masters - taught simultaneously by different Spanish
Universities
o Master in Mathematical Engineering
o Master in Mathematical Modelling, Statistics and Computing
o Master in Statistical Techniques
o Master's degree in Statistics and Operations Research
University – taught by just one Spanish university
o Decision Systems Engineering Master’s Degree
Students, who enroll in these masters, have the knowledge required thanks to
their first degree. They also become part of a multidisciplinary team, in which
each of them contributes with his/her knowledge to solve a specific problem.
Study methods apply the latest technology to train students, which will help
them later on when joining companies, due to the increasing demand of
specialized professionals.
Furthermore, the masters count on the presence of several partner companies,
which help students in different subjects or allowing them the possibility of doing
Master`s project in the company. The companies involved in the Masters are
interested in a wide range of problems from different sectors such as:
Environment, Finance, Automotive, Biomedical, etc.
Spanish Network for Mathematics & Industry | www.math-in.net
Mathematical Modelling in Engineering: Theory, Numerics, Applications (MathMods)
Erasmus Mundus Università degli Studi dell'Aquila Universität Hamburg Unviersitat Autònoma de Barcelona Université de Nice Politechnika Gdanska Brno University of Technology Ivan Franko National University of Lviv University of Maryland
http://www.mathmods.eu 120 ECTS (2 years)
Mr. Danilo Larivera ([email protected])
Objectives
The master wants to provide students with a cross-cultural education while
they get acquainted with both theory and applications of mathematical
modelling in engineering.
Mathematical modelling lies at the heart of most current technological
innovations and has become a fundamental tool in many fields of
engineering. Essentially multidisciplinary in its applications, mathematical
modelling and simulation is in its own right a key technology which is bound
to increase its presence within efficient industries and business innovation
departments. This programme reflects this multidisciplinarity, drawing on
the unifying mathematical aspects from the various and often separate
engineering disciplines. This allows the development of an essentially
unified methodological approach to modelling and simulation of real
engineering challenges.
Spanish Network for Mathematics & Industry | www.math-in.net
Target audience
Bachelor in Mathematics
Computer Science
Engineering
Sciences in general with a fair background in mathematics.
Good knowledge of the English language required.
Career development
Innovation and research departments in medium to big companies, in the
engineering, financial or biomedical sectors; scientifically research.
Business-oriented
The master thesis (30 ECTS) is done preferably in the form of internships
or in collaboration with companies. It is also possible to write more
academically oriented thesis in a university department.
Coordinators
Prof. Bruno Rubino, Global Coordinator. Università degli Studi
dell'Aquila
Prof. Ingeniun Gasser, Universität Hamburg
Prof. Aureli Alabert, Unviersitat Autònoma de Barcelona
Prof. François Delarue, Université de Nice
Prof. Jaroslaw Ribicki, Politechnika Gdanska
Spanish Network for Mathematics & Industry | www.math-in.net
Master in Mathematical Engineering
Interuniversity master Universidade da Coruña Universidade de Santiago de Compostela Universidade de Vigo
http://www.dma.uvigo.es/master 90 ECTS (3 semesters)
Elisa Eiroa Rosado ([email protected])
Objectives
To understand real problems arising in engineering and applied
sciences.
To decide and formulate the appropriate mathematical model for the
process.
To select the adequate numerical techniques in order to solve a
mathematical model.
To know and use professional software for process simulation.
To develop new applications for numerical simulation following the
company’s requirements.
Mobility ERASMUS program
École Centrale Paris (France)
Universitá di Roma I "La Sapienza" (Italy)
École Nationale Superieure d‘Arts et Metiers (Paris) (France)
Université Pierre et Marie Curie (Paris VI) (France)
Universidad Técnica de Lodz (Poland)
Spanish Network for Mathematics & Industry | www.math-in.net
Target audience
Maths
Physics
Engineering
You can also access the master’s degree through experimental and health
sciences and other technical studies. Also business studies, actuarial
sciences, economics tend to be popular.
Career development
Enterprises
Technological Centres
Universities
Education Centres and Institutions
Business-oriented
Companies present problems to the students from their fields of work in
the "Workshop on Industrial Matters". After collaborative discussion and
analysis among company professionals, master staff and students, these
problems are developed by students into dissertations, under co-
advisorship by academics and industrial professionals. Occasionally,
internships are offered by companies.
Coordinators
Prof. Alfredo Bermúdez de Castro, Chairman. Universidade de
Santiago de Compostela.
Prof. Carlos Vázquez Cendón, Universidade da Coruña.
Prof. José Durany Castrillo, Universidade de Vigo.
Prof. Elena Vázquez Cendón, Universidade de Santiago de
Compostela.
90%
Success rate
85%
Employment
rate
Spanish Network for Mathematics & Industry | www.math-in.net
Master in Mathematical Modelling, Statistics and Computing
Interuniversity master Universidad del País Vasco Universidad de Zaragoza Universidad de Oviedo Universidad Pública de Navarra Universidad de La Rioja
http://matg5.unizar.es/ 60 ECTS (1 year)
Mikel Lezaun Iturralde ([email protected])
Objectives
Training experts with a high level of scientific and technical training,
advanced knowledge and experience in the application of mathematics and
statistic and the use of information technology in enterprises.
Spanish Network for Mathematics & Industry | www.math-in.net
Target audience
Mathematics
Statistics
Physics
Chemistry
Biotechnology
Engineering
Economics
Career development
Technological Centres
Departments of R&D at companies
Investigation
Business-oriented
The master is backed by a large group of partner companies in which
students can perform the master's thesis.
Coordinators
Dr. Mikel Lezaun, global coordinator. Universidad del País Vasco.
Dr. Víctor Lanchares, Universidad de La Rioja.
Dr. Pedro Alonso Velázquez, Universidad de Oviedo.
Dr. Jesús Palacián, Universidad Pública de Navarra.
Dr. Eduardo Martínez, Universidad de Zaragoza.
Spanish Network for Mathematics & Industry | www.math-in.net
Master in Statistical Techniques
Interuniversity master Universidade da Coruña Universidade de Santiago de Compostela Universidade de Vigo
http://eio.usc.es/pub/mte 90 ECTS (3 semesters)
Balbina Casas Méndez ([email protected])
Objectives
Academic guidance: obtain advanced training in Statistics and
Operations Research, both in terms of theoretical and applied.
Research guidance: training students for research in the field of Statistics
and Operational Research. Take the first steps in the investigation, which
culminated in the development of a doctoral thesis.
Career guidance: to provide training on application of the methods of
Statistics and Operational Research which are valuable in professional
practice in many sectors: biosanitary, finance, engineering, and many
others, as well as activities that require investigation for which statistical
methods are essential.
75 %
Success rate
Spanish Network for Mathematics & Industry | www.math-in.net
Target audience
Graduates and professionals interested in obtaining advanced training in
statistical techniques. Stepping-stone to the doctoral program (also
interuniversity) in the area of Statistics and Operations Research and it is
also recommended for those students interested in starting a pre-doctoral
stage.
Career development
Financial companies
Companies in the sector of health
Public administration
Business social research
Research and development laboratories
Many other professional activities
Business-oriented
The Master has agreements with many institutions such as the Galician
Health Service or the Galician Institute of Statistics, and a number of
companies where students can do their dissertations through internships.
Coordinators
Prof. Balbina Casas Méndez, general coordinator. Universidade de
Santiago de Compostela.
Prof. Jacobo de Uña Álvarez, Universidade de Vigo.
Prof. Germán Aneiros Pérez, Universidade da Coruña.
Spanish Network for Mathematics & Industry | www.math-in.net
Master's degree in Statistics and Operations Research
Interuniversity master
Universitat Politècnica de Catalunya Universitat de Barcelona
https://meioupcub.masters.upc.edu/ 120 ECTS (between 1 and 2 years)
F. Javier Heredia Cervera ([email protected])
Objectives
The main aim of this master’s degree is to provide graduates with advanced knowledge of the theory and methods of current statistics and operations research. Integrated into multidisciplinary working groups, students, who successfully complete this master’s degree course, will be able to apply the skills acquired in areas such as healthcare, services, industry, business, and science and government agencies. They will also be provided with research-focused training to help them gain access to the doctoral degree.
Target audience
Mathematics and Science
Engineering
Economics
This master’s degree course is aimed at anyone interested in building on their knowledge of the field of statistics and operations research and who meets the general and specific access requirements.
Spanish Network for Mathematics & Industry | www.math-in.net
Career development
Biostatistics and Bioinformatics: Biostatistics at institutions in the area of Health, public and private; Design and analysis of clinical and epidemiological studies in the pharmaceutical industry, public institutions and companies CRO; Bioinformatics-statistical in biotech companies or similar, or in health area; Analysis of large volumes of data in proteomics and genomics experiments
Business and Social Statistics: Exploiting large databases and information systems (clients, transactions ...); Financial analysis, risk insurance, "business intelligence", banking, portfolio, pricing policies, etc.; Expert statistical longitudinal studies, sociological, etc.; Improving the quality and productivity in industry, service companies and the public function; Total quality management, implementation of 6σ process improvement.
Operations Research: Experts on modelling and optimization: Problems of resource management and investment Planning, Problems of optimal management of energy Markets, Technical and scientific issues. Data engineering: Protection, privacy and data exploitation; statistical disclosure control, privacy preserving data mining
Business-oriented
The MEIO has been organizing during the last five years a joint action for companies and institutions with students and their professors, which helps to define collaborations and proposals for Master Thesis related to Operations Research and Statistical areas. Last academic course 2011-12 the meeting attracted the participation of 12 companies / institutions offering a total of 14 MScThesis proposals. During the Meeting each company / institution presented a poster together with brief five minute presentation of their proposal. During the meeting representatives of companies and institutions had the chance to talk to students about their proposal.
Coordinators
Guadalupe Gómez Melis, Director. Universitat Politècnica de Catalunya
Spanish Network for Mathematics & Industry | www.math-in.net
Decision Systems Engineering Master’s Degree
University Universidad Rey Juan Carlos
www.masteringenieriasistemasdecision.com
60 ECTS (2 semesters)
Prof. Ana E. García Sipols ([email protected])
Objectives
The main areas of knowledge covered by the master’s degree are:
Modelling Mathematics and Statistics, which provide conceptual
and computational tools for understanding and solving complex
decision making.
Decision making modelling via operational research tools.
Information Technology, which will facilitate the implementation of
the above tools in a computing environment.
It thus provides training in three major areas:
Internet-related technological tools, databases and artificial
intelligence.
Tools for modelling and decision making, and simulation,
optimization, data mining, quality management, risk analysis and
management.
Top management tools, such as leadership, negotiation analysis,
production management, financial analysis, etc.
Spanish Network for Mathematics & Industry | www.math-in.net
Target audience
Computer engineers or industrial (technical and Institutions)
Industrial Organization, Industrial Engineering and
Telecommunications Engineering
Graduates in Mathematics, Statistics, Economics, Business
Administration and Management
Technical certificates in Statistics.
Others: Any Technical certificates, Graduates and Higher Engineers
by national and foreign universities.
Career development
Advanced consulting as to launch consulting firms, requiring
innovative solutions.
Consulting advanced data analysis, data mining and business
intelligence.
Business-oriented
The Master develops skills for training top professionals, able to solve
complex decision making and lead teams in the information society and
knowledge, in order to improve the organizations in which they are
involved.
Coordinators
Prof. Miguel Ángel Marcos Calvo, director. Universidad Rey Juan
Carlos.
Prof. Ana E. García Sipols, Universidad Rey Juan Carlos.