Competencies and objectives
- Course context for academic year 2012-13
- Course content (verified by ANECA in official undergraduate and Master’s degrees)
- Learning outcomes (Training objectives)
- Specific objectives stated by the academic staff for academic year 2012-13
Course context for academic year 2012-13
No data
Course content (verified by ANECA in official undergraduate and Master’s degrees)
General Competences (CG)
- CG1 : Learn to implement the different stages involved in research (from bibliographic searches to proposing the aims, designing the experiment, analysing the results and drawing conclusions).
- CG10 : Understand the intersections between the different areas of incidence in the field of molecular nanoscience: Biology/supramolecular chemistry/materials science/solid state physics/materials engineering.
- CG2 : Capacity for analysis and synthesis.
- CG3 : Capacity to communicate with experts from other professional fields.
- CG4 : Learn and learn how to express oneself in scientific English.
- CG5 : Be well prepared to continue with further doctorate studies in this multidisciplinary field.
- CG6 : Be well prepared to work in technological companies related to molecular nanoscience.
- CG7 : Learn to carry out research in a team.
- CG8 : Basic knowledge of Physical Chemistry, Molecular Chemistry (organic and inorganic), Solid State Chemistry and Physics, Materials Science and Biochemistry.
- CG9 : Evaluate the reactions and differences between the macroscopic properties of materials and the properties of unimolecular systems and nanomaterials.
Specific Competences:>>basic
- CEF1 : Knowledge of the approaches used to prepare molecular nanosystems.
- CEF10 : Be familiar with molecular system handling and processing techniques.
- CEF11 : Be able to design, organise and manipulate functional molecules and nanomaterials of interest.
- CEF2 : Conceptual knowledge of supramolecular chemistry needed to design new nanomaterials and nanostructures.
- CEF3 : Basic understanding of the foundations, use and applications of the microscopic and spectroscopic techniques used in nanotechnology.
- CEF4 : A reasonably broad view of the potential of these techniques, the information that can be gathered, the problems they can be applied to and their limitations.
- CEF5 : Basic understanding of nanolithography techniques.
- CEF6 : Understanding of molecular nanomaterials: Types, preparation, properties and applications.
- CEF7 : Knowledge of the biological and medical applications of this field.
- CEF8 : Knowledge of the applications of nanomaterials in molecular electronics.
- CEF9 : Knowledge of the "state of the art" in molecular nanoscience.
Learning outcomes (Training objectives)
No data
Specific objectives stated by the academic staff for academic year 2012-13
No data
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