MCM - Master of Science in Computational Mechanics

Universitat Politècnica de Catalunya. Masters Erasmus Mundus
In Barcelona (Spanien)

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Wichtige informationen

Tipologie Master
Ort Barcelona (Spanien)
Dauer 2 Jahre
Beginn Oktober
Credits 120
  • Master
  • Barcelona (Spanien)
  • Dauer:
    2 Jahre
  • Beginn:
    Oktober
  • Credits: 120
Beschreibung

The Master of Science in Computational Mechanics is designed for students who wish to develop their knowledge and competency in the field of computational mechanics with applications in solids, fluids and interdisciplinary fields. The programme also includes a component of entrepreneurship and innovation. The goal is to provide the students with the skills for the modelling, formulation, analysis and implementation of simulation tools for advanced engineering problems, as well as skills for understanding these approaches in the broader context of business and innovation. Students will benefit from a leading group of academics and an exciting international environment. Students may take the Master's as a professional terminal degree, or in preparation for a Ph.D. degree.

Veranstaltungsort(e)

Wo und wann

Beginn Lage
Oktober
Barcelona
Barcelona, Spanien
Karte ansehen
Beginn Oktober
Lage
Barcelona
Barcelona, Spanien
Karte ansehen

Häufig gestellte Fragen

· Voraussetzungen

Bachelor of Science or Engineering, or an appropriate science degree deemed to be a satisfactory standard for the purpose of postgraduate admission and awarded by an institution recognized by one of the members of the consortium. Internationally recognized English language proficiency score.

Meinungen

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Meinungen über diesen Kurs

S
Soumya Swayamjyoti
5.0 01.09.2012
Das Beste: I've been awarded the SNF grant by the Swiss National Science Foundation to pursue his Doctoral Studies at ETH Zurich, often rated as the best technological university in continental Europe (with 21 Nobel Prize winners in it’s alumni, Albert Einstein being the most prominent of them). I've worked with several respectable researchers who are employed with ETH Zurich, Paul Scherrer Institut, Stanford University and University of Stuttgart during Doctoral and Master’s research.
Zu verbessern: I liked everything
Würden Sie diesen Kurs weiterempfehlen?: Ja
Hat Ihnen diese Meinung geholfen? Ja (0)

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Das Beste: When I graduated (one year ago), I felt I still had a lot of things to learn and see, and that if I could find a way to go abroad and continue my studies, it was the right moment to do it. The chance given to me by this master is priceless: I'm living in an incredible city, Barcelona, learning so many new things from very professional teachers and from my classmates coming from all around the world. The topic of the master has always attracted me and finally I feel I am building for myself a solid technical base that I was still lacking as an architect. At the same time, the encounter with people from other countries that have so different ways of life and ideas is opening up my mind and allowing me to see things in a different and new way.
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Siobhán Gleeson
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Das Beste: I received a full scholarship to participate in a 2 year, Erasmus Mundus Master of Science in Flood Risk Management. During the course I studied in four universities across Europe specialising in several different areas of flooding such as hydro-science and engineering, hydroinformatics, coastal engineering, spatial planning and the socio-economic risks involved with flood disasters.
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Das Beste: As a graduate I applied to the Erasmus Mundus Master's Program in Data Mining and Knowledge Management (DMKM) for the fundamental study of Data Mining and related aspects such as Data Analysis, Machine Learning and Statistical Modeling. Not only it was the curriculum attractive for me, but the general idea of the Erasmus Mundus programme of cultural exchange trough mobility and academic cooperation is also appealing. Upon finishing the program I plan to pursue PhD and combine professional and teaching activities. The qualification obtained through the studies will allow me to easily enroll in any doctoral program, and I am specifically interested in researches conducted by Université Libre de Bruxelles and Poznán University of Technology. Teaching is also important for me, because besides building my career I am enthusiastic about sharing my experience and knowledge with others.
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Marli Geldenhuys
5.0 01.09.2012
Das Beste: Studying the CoMEM programme has opened many doors for me. Internationally I was able to present my MSc thesis work at two conferences in 2012 (the year after I graduated); at PIANC-COPEDEC in Chennai, India and at ICCE in Santander, Spain. Locally I also feel much better equipped for my job at an engineering consultancy. The rigorous theoretical focus of TU Delft in the field of coastal engineering has given me a larger appreciation of research and also highlighted the importance of continuous learning especially when working in consulting. I can highly recommend the Erasmus Mundus programmes to any prospective students. It is likely to broaden your perspective of the world, show you much of Europe and challenge you academically.
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Alle ansehen

Was lernen Sie in diesem Kurs?

Finite Element Method
Continuum Mechanics
Advanced Fluid Mechanics
Entrepreneurship for engineers
Communication skills in a foreign language
Computational Plasticity
Nonlinear Continuum Mechanics
Fluid Structure Interaction
Computational Fluid Dynamics
Reservoir Modelling and Simulation
Computational Electromagnetics
Industrial placement
Computational Solid Mechanics
Computational Structural Mechanics and Dynamics
Finite Elements in Fluids
Dynamics of Structures
Computer Modelling

Themenkreis

The scheme consists of two parts: Part I (first and second semesters) provides basic background in computational mechanics as well as a practical training component. Part II (third and fourth semesters) includes a series of specialised modules into a particular field of computational mechanics and a research/dissertation component.

The first semester is taught simultaneously in UPC/CIMNE and Swansea University. Students study commonly agreed core modules, totaling 20 ECTS, which are examined under common regulatory procedures. In addition, students study 10 ECTS in transversal modules, namely a course in “communication skills in a foreign language” and a course in “entrepreneurship for engineers”. Students must accumulate 30 ECTS by passing each module at 50 or above to progress.

Students continue in UPC/CIMNE or Swansea University for their second semester, where they must accumulate new 30 ECTS. Students study 15 ECTS in elective modules in computational mechanics to deepen the knowledge acquired during the first semester. Students must also accumulate 15 ECTS in a “practical training” module which they will develop within an industrially oriented environment. Students must accumulate 30 ECTS by passing each module at 50 or above to progressThe third and fourth semesters are taught at a second designated institution from within the Consortium (from a choice of UPC/CIMNE, SU, US and ECN). Students must accumulate 60 ECTS (25 ECTS of which should be in specialised subject areas) and 5 ECTS will be in the form of a transversal module. The final 30 ECTS consists of a Masters dissertation thesis into a cutting-edge research topic within computational mechanics.

1st Semester. Swansea University & UPC/CIMNE.
  • Numerical Methods for Partial Differential Equations
  • Finite Element Method
  • Continuum Mechanics
  • Advanced Fluid Mechanics
  • Entrepreneurship for engineers
  • Communication skills in a foreign language

2nd Semester. Swansea University. Structural Engineering Elective Modules
  • Computational Plasticity
  • Nonlinear Continuum Mechanics
  • Fluid Structure Interaction
  • Computational Fluid Dynamics
  • Reservoir Modelling and Simulation
  • Computational Electromagnetics
  • Industrial placement (compulsory)
  • Practical training

2nd Semester. UPC/CIMNE. Structural Engineering
  • Computational Solid Mechanics
  • Computational Structural Mechanics and Dynamics
  • Finite Elements in Fluids
  • Industrial placement (compulsory)
  • Practical training 15

3rd & 4th Semester. Swansea University
  • Dynamics of Structures
  • Computer Modelling
  • Computational Plasticity
  • Advanced Structural Analysis
  • Nonlinear Continuum Mechanics
  • Computational Fluid Dynamics
  • Reservoir Modelling and Simulation
  • Computational Electromagnetics
  • Fluid Structure Interaction


3rd & 4th Semester. UPC/CIMNE
  • Computational Contact Mechanics
  • Computational Mechanics Tools
  • Multiscale Computational Mechanics
  • Advanced Discretization Methods
  • Computational Wave Propagation
  • Programming for Engineers and Scientists
  • Transversal modules

3rd & 4th Semester. Ecole Centrale de Nantes
  • Structural Hydrodynamics
  • Computational methods for incompressible flows
  • Extended finite element method and level set techniques
  • French
  • Materials modeling for numerical simulations
  • Numerical methods for simulation of coupled problems
  • Physical modeling of fluids
  • Computational damage and fracture
  • mechanics for polymers and composites
  • Domain decomposition and iterative solvers
  • Fluid-structure interaction and advanced CFD
  • Model reduction
  • Multi-scale numerical methods
  • Numerical methods for uncertainty quantification

Zusätzliche Informationen

Application for Category A Scholarships: January 15
Application for Category B Scholarships: January 15
Selection meeting: January
Notification of the pre-selection lists: February 15
Final decision from EACEA: April 30
Application without Scholarship: April 30
Courses will start on: October

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