Syllabus

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Study load
Compulsory subjectsOptional subjectsFinal Master's dissertationTotal
24   ECTS   credits21   ECTS   credits15   ECTS   credits60   ECTS   credits

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Compulsory subjects

Compulsory subjects
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Experimental Techniques I: Structural CharacterizationEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
Experimentals Techniques II: SpectroscopiesEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
From Nanoscience to NanotecnologyEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
Fundamentals of Nanoscale CharacterizationEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
Low Dimensional Systems and NanostructuresEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
Modelling and Molecular Dynamics Simulations at the NanoscaleEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course
Nanostructural PropertiesEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
Face-to-face degree course
Soft Matter and Nanostructures MaterialsEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course

Optional subjects

Optional subjects
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Advanced Theoretical Methods in NanoscienceEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
Face-to-face degree course
Advanced Topics in NanomaterialsEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
Face-to-face degree course
Dynamics of Complex MaterialsEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
Face-to-face degree course
Fundamentals of Quantum MechanicsEnglish3 --
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
Face-to-face degree course
Introduction to Scientific ResearchEnglish9 --
CIC-NANOGUNE ( CIC nanoGune )
Centro de Física de Materiales CSIC ( Centro de Física de Materiales )
DIPC-Donostia International Physic Center ( DIPC )
University of the Basque Country ( SCH. OF CHEMICAL SCIENCES )
Face-to-face degree course

Final Master's dissertation

Final Master's dissertation
SubjectLanguages ECTS   CreditsSpecialities / SyllabusTeaching BaseMode
Master Thesis15 --

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Methodology

The teaching period starts in October. A personal academic advisor will assist to each student in the choice of courses and in ensuring that the program is finished successfully. As a general rule, during the first part the student is expected to devote most of the time to follow the compulsory courses while during the second part the activity will be mainly focused on elective courses and the research work corresponding to the Master thesis.The teaching methodology in the courses will comprise master lectures and practical problems. A course will be devoted to seminars given by experts on advanced topics in nanoscience and/or nanotechnology.Students will devote most of their second year in the program to develop a research project of their own, in order to complete the Master's thesis. Well-recognized international research teams will host the students, providing a first-class scientific environment that will help the students to grow the necessary capabilities to bring to completion their scientific research project. The research work initiated during the Master's program can also be the starting point of a Doctoral research work, that may eventually lead them to obtain of the European PhD degree (Doctor Europeus).Furthermore, the students will have the opportunity to carry out research activities in close contact with nearby Technological Centers coordinated by CIC Nanogune. Finally, the student will be able to have direct contact with high-level researchers, visiting from other institutions, facilitating further scientific stages in centers of high international reputation.

Assessment

Depending on the special characteristics of each course, different methods of evaluation may be applied:Written exams.Oral and written presentations of works.Practical exercises related to the conceptual contents of the courses.The Master Thesis project results will be presented in public defense in front of a highly qualified scientific committee.

tfm-nanociencia

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