Official Master's degree in the chemistry of synthesis and catalysis methods

Molecular design, catalysis and synthesis

URV - Universitat Rovira i Virgili. Màsters Oficials
Em Tarragona (Espanha)

€3.000 - (R$10.162)
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Informação importante

  • Mestrado
  • Tarragona (Espanha)
  • Duração:
    1 Ano
  • Quando:
  • Créditos: 60

This official one-year Master's degree goes into key aspects of scientific training in chemistry: new product synthesis techniques, catalysers and sustainable chemical processes. It offers research and professionally focused options, with 18 credits available for the pupil to choose optional materials. It is taught in the English language.

Informação importante

Instalações e datas

Início Localização
Tarragona, Espanha
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Perguntas frequentes:

· Requisitos

Official European university degree (or a degree in law, engineering, architecture, quantity surveying or a graduate degree). In the case of non-EU degrees: an equivalent degree from an authorised higher-level educational establishment and academic record for the accredited official training including average grade from the original university. Level C English.

O que se aprende nesse curso?

Computational Chemistry
Structural determination
Characterisation of solids and surfaces
Catalytic materials
Heterogeneous catalysis
Methods of synthesis
Synthetic analysis
Organometallic chemistry
Homogeneous catalysis
Asymmetric Synthesis
Determination of electronic and molecular structure
Computational modelling in catalysis
Third generation catalysers
Nanostructured polymer materials


Compulsory subjects
  • Introduction to Computational Chemistry
  • Structural Determination Techniques
  • Multi-Disciplinary Seminars
  • Master's Thesis

Optional subjects
  • Characterisation of Solids and Surfaces
  • Catalytic Materials and Heterogeneous Catalysis
  • Synthesis Methods and Synthetic Analysis
  • Organometallic Chemistry and Homogeneous Catalysis
  • Asymmetric Synthesis
  • Theoretical Methods for Determining Electronic and Molecular Structure
  • Computational Modelling in Catalysis and Science of Materials
  • Third Generation Catalysers
  • Nanostructured Polymer Materials
  • Nanocatalysis
  • Supramolecular Chemistry

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