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  2. Interuniversity Ph.D. Program in Nanoscience and Nanotechnology.
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Interuniversity Ph.D. Program in Nanoscience and Nanotechnology.

Ciencias
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Academic Commission
María Pilar de la Cruz Manrique (Responsible).
For more information, please contact
General Information

The objective of this PhD Program (which has been awarded the Mention of Excellence MEE2011-0370 by the General Secretariat of Universities of the Ministry of Education (Resolution of October 6, 2011) is to complete the training of the PhD student in the area of Nanoscience and Nanotechnology, prioritized areas from all the national, European and international programs. The "molecular" orientation of this PhD in Nanoscience and Nanotechnology makes it unique at national (and European) level. This orientation allows the development of those aspects of Nanoscience that are at the intersection between physics, chemistry and biomedicine, making it truly multidisciplinary. This is the link for the webpage of the PhD Program:
www.icmol.es/doctorado/nano/ 

The annual enrolement cost depends on the aplicable fees, aprobed by the Regional Government in Castilla-La Mancha. Click here to know the corresponding to the current academic year.
International Doctoral School
Research lines
  • New materials for organic and hybrid photovoltaic cells.
  • Molecular wires.
  • Carbon nanostructures (fullerenes, carbon nanotubes, graphene); covalent and supramolecular modification and their use in molecular electronics.
  • Femtochemistry. Femtobiology. Single Molecule Microscopy. Organic Solar Cells. Nanocatalysis. Nanophotonics. Nanomedicine.
Professors
The professors of this PhD Program belong to the Organic Chemistry and Physic Chemistry of Toledo Campus, as are the professors from the rest of the participating universities.
Training activities

The International Doctoral School (EID-UCLM) organizes cross-disciplinary training courses with the aim of offering the doctorate students’ complementary training activities to his or her activity as a researcher. The offered activities can be taught through their doctoral studies. To check for more information:
Alumnos-Profesores : EID-UCLM TRANSVERSAL TRAINING

Access and admision

Recommended entry profile

Students must have the Master's degree in Molecular Nanoscience and Nanotechnology (/estudios/masteres/master-inter-nanociencia-nanotecnologia) or any other Master's degree related to Nanoscience and Nanotechnology.

  • Previous knowledge: It is recommended that the student have basic knowledge in the chemical, physical and biological aspects of nanoscience. Specifically, the student must know the chemical, physical and biological techniques most used in the preparation of nanomaterials and nanostructures, the study of these nanomaterials and nanostructures through microscopic techniques (electron and near-field microscopy, in particular) and spectroscopic techniques.
  • Language: The student must demonstrate a B2 level knowledge of English, which guarantees that they will be able to make the presentations of their research work in English at local or international meetings and conferences.

Additional entry profile

In case that the student has completed a Master's degree other than the Master's degree in  Molecular Nanoscience and Nanotechnology but in a related area of knowledge, such as Chemistry, Physics or certain engineerings, the Doctoral Studies Academic Committee (CAD) may establish complementary courses which will be, in any case, subjects from the aforementioned Master's degree. Specifically, students will have to take a maximum of 20 credits of the following subjects:

  • M1. Introduction to the Master on Molecular Nanoscience and Nanotechnology: Basic concepts (6 ECTS).
  • M2. Fundamentals in nanoscience (4,5 ECTS).
  • M3. Physical characterisation techniques (4,5 ECTS).
  • M4. Physical nanofabrication techniques (3 ECTS).
  • M5. Basic concepts of supramolecular chemistry (3 ECTS).
  • M6. Molecular nanomaterials: preparation methods, properties and applications (6 ECTS).
  • M7. Use of supramolecular chemistry for the preparation of nanostructures and nanomaterials (3 ECTS).
  • M8. Molecular electronics (4,5 ECTS).
  • M9. Molecular nanomagnetism and spintronics (4,5 ECTS).

The aspects and merits to be assessed will be:

  • The grades obtained by the candidate in the undergraduate degree and Master's degree they have completed (60%).
  • The results derived from the Master's thesis (publications and conference papers) (25%).
  • Knowledge of English beyond the required level (10%).
  • Other merits of the candidate's CV related to research training (5%).
Specific procedures of the PhD program

All the procedures will be carried out by the international doctoral school (EID-UCLM), except:

  • Registration and request for certifications and degrees: Student Management Unit of the student's Campus. 

  • Application for admission and thesis deposit: Secretary of the Department to which the student's tutor belongs.

THESIS BY COMPENDIUM OF PUBLICATIONS. 

The general regulations of the International Doctoral School will be applied, which can be consulted at the following link: 

Tesis doctorales en la UCLM

INQUIRIES, SUGGESTIONS, COMPLAINTS AND OPINIONS:

  • MARÍA PILAR PADILLA HERNÁNDEZ
    Email: MariaPilar.Padilla@uclm.es
    Phone Number: 925268800 ext. 5491
    FACULTAD CC. AMBIENTALES Y BIOQUÍMICA Avd. Carlos III s/n 45071 TOLEDO.

  • MARÍA ISABEL ESTEBAN NÚÑEZ
    Email: Isabel.Esteban@uclm.es
    Phone Number: 925268800 ext. 5767
    FACULTAD CC. AMBIENTALES Y BIOQUÍMICA Avd. Carlos III s/n 45071 TOLEDO.

  • FERNANDO LANGA DE LA PUENTE
    Email: Fernando.Langa@uclm.es
    Phone Number: 925268800 ext. 5405
    FACULTAD CC. AMBIENTALES Y BIOQUÍMICA Avd. Carlos III s/n 45071 TOLEDO.

Quality

  • Professor: Eugenio Coronado Miralles (UV).

  • Professor: Carlos Untiedt Lecuona (UA).

  • Professor: Pilar de la Cruz Manrique (UCLM).

  • Administration and Services Staff: Francisco Escrig Escrig (UV).

  • Student: Laura Martínez Sarti (UV).

Category

Indicator

Adequacy of the Offer.

Percentage of newly enrolled students as a percentage of places offered.

Percentage of Ph.D. students from other Spanish universities.

Number of applications for admission to the PhD Program.

Number of newly enrolled PhD students.

Total number of doctoral students enrolled.

Satisfaction degree of the different collectives involved in the Phd Program.

Satisfaction Degree of the PhD enrolled students.

Satisfaction Degree of the Professors/Researchers.

Satisfaction Degree of the external collaborating institutions.

Satisfaction Degree of the Administration and Services Staff (PAS).

Satisfaction Degree of the PhD students participating in mobility programs.

Degree of satisfaction of graduates.

Degree of Internationalization.

Percentage of PhD students from foreign universities.

No. of international collaboration agreements signed.

No. of joint scientific contributions made with foreign researchers.

No. of foreign experts which participate in the PhD Program or in theses evaluations.

Percentage of theses with international mention and/or co-supervision over theses read.

Mobility.

No. of professors who participate in mobility programs.

Participation rate of doctoral students in mobility programs.

Profesorado

Percentage of professors with active six-year periods or equivalent.

Evaluation of the scientific activity and its results.

Abandonment rate.

Rate of theses read in three years, for full-time students.

Rate of theses read in three years, for full-time students.

Rate of theses read in five years, for part-time students.

Number of scientific contributions made by doctoral students in their theses.

No. of extraordinary doctorate awards received by program PhD.

No. Of theses read by academic year.

Percentage of theses qualified as ‘Cum Laude’.

Percentage of doctoral students who obtain grants for post-doctoral contracts.

Employability. Rate of doctoral students who obtain employment appropriate to their training during the 3 years following the defense of the thesis.