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| Application Deadline: | June 15 | ||
| Location: | Barcelona / Spain / View location on map ▾ Hide location on map ▴ | ||
| Duration: | 24 months | Start Date: | September |
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| Credits (ECTS): | 120 | ||
| Languages: | English Spanish Catalan | ||
Increasing your general training in chemistry or physics, with scientifically oriented training in theoreticalchemistry, thus enabling you to carry out serious research work in this field, understand and properly use the wide range of existing programmes and generate new programmes, and use these tools for the design of materials in a wide range of fields.
This master'sdegree allows you to continue with the Inter-University Doctorate and is, therefore, the academic gateway for those who wish to enrol in a doctoral programme in this field and its different branches.
Skills acquired
* Developing a responsible and critical spirit.
* Analysing potential energy surfaces.
* Applying skills and knowledge acquired to new and multidisciplinary contexts related to this field.
* Demonstrating the ability to be flexible and adapt to changing environments.
* Developing informational skills.
* Mastering the most common tools used in molecular modelling.
* Advanced comprehension and oral level of the languages used in the master'sdegree.
* Explaining the basics of statistical mechanics.
* Identifying and recognising the conceptual bases of quantum mechanics and quantum chemistry.
* Intepreting and correlating the structure of materials and their properties.
* Interpreting field programmes and using your skills to modify or improve them.
* Organising and planning activities related to your research field.
* Recognising and distinguishing specific quantum chemistry methods and limits that need to be taken into account when applying them.
* Relating molecular dynamics with their structural or reactive functions.
* Solving problems effectively.
* Working independently and with initiative.
* Working in teams.
* Correctly using mathematics tools pertaining to the field of theoreticalchemistry.
* Using your own judgement with theoreticalchemistry programmes.
* Knowing how to use the symmetry properties of matter.
* Knowing how to make use of ICT to further develop as a professional.
1st year: 60 credits (deemed equal to second-cycle subjects)
2nd year: 60 credits.
Modules
Compulsory
* Physical and Mathematical Bases of Theoretical Chemistry 5 ECTS credits
* Methods of Quantum Chemistry 5 ECTS credits
* Computational Techniques 5 ECTS credits
* Research Project 30 ECTS credits
Optional
* Complementary Activities 3 ECTS credits
* Dynamics of Chemical Reactions 3 ECTS credits
* Excited States and Photochemistry 3 ECTS credits
* Electronic Structure and Reactivity of Molecules 3 ECTS credits
* Laboratory of Computational Chemistry 3 ECTS credits
* Modelling of Materials 3 ECTS credits
* Molecular and Biomolecular Modelling 3 ECTS credits
* Supramolecular Chemistry 3 ECTS credits
* Simulation of Catalytic Processes 3 ECTS credits
Type of master's degree
Inter-University
Others participant universities
* Rovira i Virgili University - Faculty of Chemistry (coordinator)
* University of Barcelona - Faculty of Chemistry
* University of Girona - Faculty of Science
You are normally required to take an English Proficiency Test.
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Ideal student profile
Graduates in chemistry, physics, biochemistry, pharmacy, biology or chemical engineering interested in gaining a solid training in the study of chemical processes from a microscopic viewpoint.
Admission
* Degree in Chemistry, Biochemistry, Physics, Pharmacy, Biology or Chemical Engineering.
Selection criteria
* Student record
* Additional qualifications
* Motivation
| Minimal degree required: | Bachelor's degree |
| Minimal amount of work experience | Not specified |
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