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Doctoral Programs adapted to ESSE
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DOCTORAL PROGRAMS
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| Identificative data of the program |
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Code
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HDK11
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Denomination
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Nanosciences
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Areas of the program
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Sciences
Health Sciences
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Maximum number of students
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32
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URL of the program
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ADMISSION AND ACCESS OPEN
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| Coordinator |
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Name
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Jordi Colomer Farrarons
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Centre
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Faculty of Physics
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E-mail
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nanoscience@ub.edu
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Telephone
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934020876
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Fax
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| Faculty/Registering Centre |
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Faculty of Biology
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Faculty of Physics
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Faculty of Chemistry
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Faculty of Pharmacy and Food Science
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SED of Medicine and Health Sciences (Clínic)
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| General objectives of the program |
To acquire a general knowledge of the technological advances and current problems related to this new frontier of knowledge.
To learn about the new nanomanipulation and nanocaracterisation tools that will make it possible to successfully carry out experimental or development work.
Be familiar with the scientific and industrial situation, both in the immediate environment and on the international scene.
Be able to direct research or technological development projects in these fields.
To have the skills and competences in Nanoscience and Nanotechnology that will enable future R&D&I and production lines to be established within the companies involved in these sectors.
To have the skills and competences in Nanoscience and Nanotechnology that will enable future R&D&I and production lines to be established in companies involved in these sectors. |
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| Specific requirements and criteria for admission to the doctoral program and applicant merit rating |
The recommended qualification for access to this doctoral programme is a master's degree in an area of science or technology. Candidates with other qualifications will also be considered, provided that they meet the general academic requirements.
In addition to the general admission requirements, the Academic Committee has set the following specific requirements:
1. Access from one of the following UB master's degrees: Nanoscience and Nanotechnology, Biomedicine, and Electrochemistry: Science and Technology, Biomedical Engineering, Photonics Engineering, Nanophotonics and Biophotonics, Chemical Engineering, Advanced Physics, Applied Materials Chemistry, Theoretical Chemistry and Computational Modelling.
2. Access from related degrees, depending on the specific content and its compatibility with the research areas covered by the doctoral programme.
3. English language proficiency at level B1 (CEFR) or equivalent.
The Academic Committee will select students on the basis of the following scoring system:
1. Qualification used for admission (0-2 points), assessed as follows:
a) Admission from one of the following UB master's degrees (2 points): Nanoscience and Nanotechnology, Biomedicine, Electrochemistry: Science and Technology, Biomedical Engineering, Photonics Engineering, Nanophotonics and Biophotonics, Chemical Engineering, Advanced Physics, Applied Materials Chemistry, Theoretical Chemistry and Computational Modelling.
b) Master's degrees in related disciplines, depending on the specific content and its compatibility with the research areas covered by the doctoral programme (0-2 points).
2. Academic record for the bachelor's degree or pre-EHEA degree used for admission (maximum 4 points, depending on the grade point average). The grade point average will be assessed on a scale of 0 to 4 divided by 2, or 0 to 10 divided by 5. Correction factors will be applied to qualifications issued outside Spain, as provided for in the regulations of the ANECA programme.
3. Academic record for the master's degree (maximum 4 points, depending on the grade point average). The grade point average will be assessed on a scale of 0 to 4 divided by 2, or 0 to 10 divided by 5. Correction factors will be applied to qualifications issued outside Spain, as provided for in the regulations of the ANECA programme.
4. Statement of interest, research proposal or letters of recommendation (maximum 2 points).
5. Curriculum vitae (maximum 4 points), assessed as follows:
a) Research experience in any of the areas covered by the theoretical and practical content of the doctoral programme (maximum 1 point).
b) Professional experience in any of the areas covered by the theoretical and practical content of the doctoral programme (maximum 1 point).
c) Publication record, attendance of conferences, and other activities related to the doctoral programme, such as participation in excavations, artistic activities, culture and heritage management, field work, etc. (maximum 1 point).
d) Master's degree grants awarded in competitive calls, excluding mobility or general grants (maximum 1 point).
6. Previous award of a grant for doctoral study (3 points) or grant application pending resolution at the time of application (1 point). Spanish grants equivalent to FI (research training) or FPU (university lecturer training) will be taken into consideration, as will competitive grants awarded in other countries.
7. Other academicmerits (international placements,knowledge of languages such as English, French, Portuguese, Italian and German (maximum 1 point). |
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| Salidas profesionales |
PhDs in Nanosciences are prepared to carry out professional tasks in the following fields:
Applied or fundamental research in research centres.
Research, development and innovation in industry.
Management, control and strategic planning of nanotechnological techniques, processes and products.
Education. |
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| Idiomes del programa |
| Catalan, Spanish, English |
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| Offered research lines |
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Planificació Academicodocent
© Universitat de Barcelona
29/04/2024 23:27
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Àrea de Tecnologies de la Informació i la Comunicació
Aplicacions - Projectes de Gestió Acadèmica (GIGA)
Darrera Modificació Programa: 20/12/2022 07:53
Darrera Modificació Model: 02/07/2018 10:36
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