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Master's Degrees

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Programme structure

The Master's Degree consists of 60 ECTS and is organized in modules and subjects:

  • Module of Theoretical and Experimental Methods in Chemistry: 12 compulsory ECTS
  • Module of Specialization: 18 optional ECTS (12 compulsory ECTS of itinerary + 6 optional)
  • Master's Thesis: 30 compulsory ECTS

The semester is the basic time unit and 30 ECTS are taken in each one of them. To obtain the title of Master's Degree, the student must take a total of 60 ECTS: 2 compulsory subjects, 2 itinerary compulsory subjects, 1 optional subject and the Master's Thesis.

The Master's Degree offers 4 itineraries, from which one must be chosen and in which 12 itinerary compulsory ECTS must be taken: Nanoscience and Nanomaterials; Materials Science and Technology; Instrumentation and Analysis; and Perspectives in Chemistry.


The Master's Degree consists of 60 ECTS and is organized in modules and subjects:

  • Module of Theoretical and Experimental Methods in Chemistry: 12 compulsory ECTS
  • Module of Specialization: 18 optional ECTS (12 compulsory ECTS of itinerary + 6 optional)
  • Master's Thesis: 30 compulsory ECTS

The semester is the basic time unit and 30 ECTS are taken in each one of them. To obtain the title of Master's Degree, the student must take a total of 60 ECTS: 2 compulsory subjects, 2 itinerary compulsory subjects, 1 optional subject and the Master's Thesis.

The Master's Degree offers 3itineraries, from which one must be chosen and in which 12 itinerary compulsory ECTS must be taken: Nanoscience and Nanomaterials; Materials Science and Technology and Instrumentation and Analysis.


Module 1 "Theoretical and Experimental Methods in Chemistry"

 

Subject 1.1 "Experimentation and Advanced Modeling in Chemistry"

Subject 1.2 "Chemical structure and synthesis"

 

  • Group A: Advanced Techniques in Physical Chemistry: Fundamentals and Applications (TAQF) (cod. 605197)
  • Group B: Structural Characterization of Inorganic Compounds Lab (CECI) (cod. 605197)
  • Group C: Advanced experimentation and modelling in Chemistry: Advanced analytical strategies for the resolution of selected social and scientific problems (EAARP) (cod. 605197)
  • Group A: Mathematical Methods Applied to Chemistry (MMAQ) (cod. 605198)1
  • Group C: Protein structure and proteomics (EPP) (cod. 605198)
  • Group D: Metallurgy (Met) (cod. 605198)

1 The course "Advanced Techniques in Physical Chemistry: Fundamentals and Applications" will be taught in Spanish or English depending on the student profile.


Module 2 "Specialization"

 

Itinerary 2.1. "Nanoscience and Nanomaterials"

Itinerary 2.2. "Materials Science and Technology"
  • "Nanomaterials" (compulsory) (NMat) (cod. 605205)
  • "Nanochemistry" (compulsory) (NQ) (cod. 605221)
  • "Miniaturized automatic systems, sensors and biosensors in analysis" (subject 2.3) (optional) (SAB) (cod. 605209)
  • "Inorganic Materials: from properties to device" (optional)(MIPD) (cod. 605223)
  • "Preparation and recycling of materials" (compulsory) (PRM) (cod. 605210)
  • "Processing, mechanical behavior and selection of metallic materials" (compulsory) (PCMSMM) (cod. 605211)
  • "Nanomaterials" (optional) (Subject 2.1) (NMat) (cod. 605205)
  • "Nanochemistry" (optional) (Subject 2.1) (NQ) (cod. 605221)
  • "Inorganic Materials: from properties to device" (optional) (MIPD) (cod. 605223)

 

Itinerary 2.3. "Instrumentation and Analysis"
  • "Bioanalytical Chemistry" (compulsory) (QBio) (cod. 605215)
  • "Miniaturized automatic systems, sensors and biosensors in analysis" (compulsory) (SAB) (cod. 605209)
  • "Structural characterization of organic compounds" (optional) (CECO) (cod. 605219)
  • "Inorganic Materials: from properties to device" (optional) (MIPD) (cod. 605223)