Curriculum structure
Planning the teaching involves the structuring of content, systems and methodologies that make it possible to acquire the knowledge, capacities, abilities and basic skills necessary for students to be able to develop their activity in any of the lines specified in the professional profile defined for the degree.
The curriculum, structured into modules/subjects and courses, is based on the regulatory framework for the organisation and verification of official university education – RD 1393/2007 – and the guidelines developed by the University of La Laguna.
Structure
If you want to consult the history of the teaching guides, select it by accessing the ULL e-guide portal (once you have selected the subject, click on the academic year to view previous courses):
|
Character
|
Subject
|
Credits
|
Four-month period
|
|
Common Subjects
36 credits
Mandatory
|
Stellar Structure and Evolution
|
6
|
Yo
|
|
Stellar Atmospheres
|
6
|
Yo
|
|
|
Galactic Physics
|
6
|
Yo
|
|
|
Extragalactic Physics
|
6
|
Yo
|
|
|
Basic Computational Techniques
|
3
|
Yo
|
|
|
Basic instrumentation
|
3
|
II
|
|
|
Cosmology
|
6
|
II
|
|
|
Specialty
Instrumental Observational
39 credits
Electives
|
Spectroscopy Techniques
|
6
|
II
|
|
Astrophysical Techniques for Extended Objects
|
6
|
III
|
|
|
Advanced Instrumentation
|
6
|
III
|
|
|
Basic Observational Techniques
|
3
|
Yo
|
|
|
Ionized Nebulae
|
3
|
II
|
|
|
Exoplanets and Exobiology
|
3
|
II
|
|
|
Radio astronomy
|
3
|
II
|
|
|
Complementary Research Activities
|
3
|
III
|
|
|
High Energy Astrophysics and Astroparticles
|
6
|
II
|
|
|
Specialty
Computational Theoretical
39 credits
Electives
|
Numerical Simulation Techniques
|
6
|
II
|
|
Computational Astrophysics
|
3
|
II
|
|
|
Cosmic Plasma Physics
|
6
|
II
|
|
|
Basic Observational Techniques
|
3
|
Yo
|
|
|
Spectropolarimetry in Astrophysics
|
3
|
III
|
|
|
Programming Techniques
|
3
|
III
|
|
|
Physics of Compact Objects and Accretion Processes
|
3
|
II
|
|
|
Large-Scale Structure of the Universe
|
3
|
II
|
|
|
Complementary Research Activities
|
3
|
III
|
|
|
Solar Physics and Space Weather
|
6
|
III
|
|
|
Specialty
Structure of Matter
39 credits
Electives
|
Extending Quantum Mechanics
|
6
|
II
|
|
Atoms, Molecules and Photons
|
6
|
II
|
|
|
Extension of Statistical Physics
|
6
|
II
|
|
|
Quantum Theory of Condensed Matter
|
6
|
II
|
|
|
Classical Electrodynamics
|
3
|
Yo
|
|
|
Laboratory I: Optical Properties of Materials
|
6
|
III
|
|
|
Laboratory II: Synthesis and characterization of advanced materials
|
6
|
III
|
|
|
Master's Thesis
|
Master's Thesis
|
15
|
III
|
