master in nanoscience
master in nanoscience
master in nanoscience
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www.mscnano.eu<br />
The <strong>master</strong> program has an structure of 60 ECTS (24 of compulsory courses, 21 of<br />
elective courses and 15 correspond<strong>in</strong>g to the Master Thesis)<br />
The structure is as follows:<br />
3 elective courses are <strong>in</strong>tended to balance the background of the students (most likely<br />
those students graduated <strong>in</strong> Chemistry or Eng<strong>in</strong>eer<strong>in</strong>g).<br />
- Mathematical methods for <strong>nanoscience</strong><br />
- Classical Electrodynamics<br />
- Fundamentals of quantum mechanics<br />
The core of the <strong>master</strong> program is composed by all the compulsory courses:<br />
- Fundamentals of nanoscale characterization<br />
- Experimental techniques I: structural characterization<br />
- Experimental techniques II: spectroscopies<br />
- Low dimensional systems and nanostructures<br />
- Soft matter and nanostructured materials<br />
- Nanostructural properties<br />
- Model<strong>in</strong>g and molecular dynamics simulations at the nanoscale<br />
- From <strong>nanoscience</strong> to nanotechnology<br />
plus two elective courses:<br />
- Nanoscience: a historical perspective<br />
- Nanotechnology-oriented research activities: sem<strong>in</strong>ar series<br />
Other 2 elective courses are <strong>in</strong>tended to complement the knowledge <strong>in</strong> basic topics.<br />
- Introduction to Material science<br />
- Fundamentals of solid-state physics<br />
4 elective advanced courses will cover rather specific topics <strong>in</strong> different areas<br />
- Advanced nano-scale characterization techniques<br />
- Advanced theoretical methods <strong>in</strong> <strong>nanoscience</strong><br />
- Advanced topics <strong>in</strong> nanomaterials<br />
- Dynamics of complex materials<br />
F<strong>in</strong>ally, there is an elective practical course:<br />
- Introduction to scientific research<br />
where the student is go<strong>in</strong>g to follow a tra<strong>in</strong><strong>in</strong>g research activity <strong>in</strong> one of the current<br />
l<strong>in</strong>es developed by the research groups participat<strong>in</strong>g <strong>in</strong> the <strong>master</strong>.
MASTER IN NANOSCIENCE<br />
10/11 COURSES' SCHEDULE<br />
CODE: ELECTIVE COURSES APPEARS IN DASHED SQUARES<br />
Monday<br />
Tuesday Wednesday Thursday Friday<br />
Fundamentals of<br />
Quantum<br />
Mechanics<br />
A. Arnau<br />
M. Alduc<strong>in</strong><br />
Classical<br />
Electrodynamics<br />
I. Juaristi<br />
A. Rivacoba<br />
Mathematical<br />
Methods <strong>in</strong><br />
Nanoscience<br />
A. Rivacoba<br />
F. Alvarez<br />
FIRST PERIOD: 13 OCTOBER 2010- 13 NOVEMBER 2010
MASTER IN NANOSCIENCE<br />
10/11 COURSES' SCHEDULE<br />
CODE: ELECTIVE COURSES APPEARS IN DASHED SQUARES<br />
Monday<br />
Tuesday Wednesday Thursday Friday<br />
Introduction to<br />
Materials<br />
Science<br />
J. Gonzalez<br />
J.J. del Val<br />
Fundamentals of<br />
Solid<br />
State physics<br />
E. Tchoulkov<br />
Nanoscience, a<br />
Historical<br />
Perspective<br />
P. Echenique<br />
R. Diez<br />
NOR<br />
Sem<strong>in</strong>ar<br />
Series *<br />
Low-<br />
Dimensional<br />
Systems<br />
N. Zabala<br />
A. Rubio<br />
Experimental<br />
Techniques I<br />
J.J. del Val<br />
A. Alegria<br />
Fundamentals of<br />
Nanoscale<br />
Characterization<br />
I. Juaristi<br />
A. Arnau<br />
SECOND PERIOD: 22 NOVEMBER 2010- 22 DECEMBER 2010<br />
10 JANUARY 2011- 4 FEBRUARY 2011<br />
* The sem<strong>in</strong>ar<br />
series will<br />
cont<strong>in</strong>ue until the<br />
end of the<br />
teach<strong>in</strong>g period<br />
Oct 10 - Jun 11
MASTER IN NANOSCIENCE<br />
10/11 COURSES' SCHEDULE<br />
CODE: ELECTIVE COURSES APPEARS IN DASHED SQUARES<br />
Monday<br />
Tuesday Wednesday Thursday Friday<br />
Experimental<br />
Techniques II<br />
A. Alegria<br />
F. Schiller<br />
Nanostructural<br />
Properties<br />
A. Ayuela<br />
A. Rubio<br />
J. Aizpurua<br />
Sof Matter and<br />
Nanostructured<br />
materials<br />
J. Colmenero<br />
A. Arbe<br />
From<br />
Nanoscience to<br />
Nanotechnology<br />
A. Ayuela<br />
E. Ortega<br />
Model<strong>in</strong>g and<br />
Molecular<br />
Dynamics simul.<br />
F. Alvarez<br />
D. Sanchez<br />
THIRD PERIOD: 21 FEBRUARY 2011- 15 APRIL 2011
MASTER IN NANOSCIENCE<br />
10/11 COURSES' SCHEDULE<br />
CODE: ELECTIVE COURSES APPEARS IN DASHED SQUARES<br />
Monday<br />
Tuesday Wednesday Thursday Friday<br />
Advanced<br />
topics <strong>in</strong><br />
nanomateria<br />
ls<br />
Advanced<br />
theoretical<br />
methods <strong>in</strong><br />
<strong>nanoscience</strong><br />
Advanced<br />
nano-scale<br />
characterizati<br />
on techniques<br />
A. Rivacoba,<br />
N. Zabala<br />
Dynamics of<br />
complex<br />
materials<br />
A. Moreno<br />
FOURTH PERIOD: 1 MAY 2011- 17 JUNE 2011
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