Research
Teaching subjects
|
Advanced Experimental Methods
Bachelor of Physics
4th year | Second Semester | Elective Credits | Optional Subjects
|
|
|
Advanced Experimental Methods
Double bachelor degree in Mathematics and Physics
4th year | Second Semester | Elective Credits | Optional subjects for Physics
|
|
|
Experimental techniques for quantum information
Master's Degree in Quantum Information Science and Technology
1st year | First Semester | Elective Credits | Materias Optativas Comunes
|
|
|
Experimental techniques in photonics
Doctoral Programme in Laser, Photonics and Vision
| Second Semester | Elective Credits | Training complements (master's degree/degree subjects)
|
|
|
Experimental techniques in photonics
Master in Physics
1st year | Second Semester | Elective Credits | Free Electives
|
|
|
Final project
Master in Physics
1st year | End of Degree Projects and End of Master's Degree Projects | Compulsory Credits | Master Dissertation and External Practices
|
|
|
Mathematical Methods IV
Bachelor of Physics
1st year | Second Semester | Basic Training | Mathematical Methods of Physics
|
|
|
Mathematical Methods IV
Double bachelor degree in Physics and Chemistry
1st year | Second Semester | Basic Training | Basic Training in Physics
|
|
|
Metrology and quantum sensors
Master's Degree in Quantum Information Science and Technology
1st year | Second Semester | Elective Credits | Física de la Información Cuántica
|
|
|
Ophthalmic Optics II
Bachelor of Optics and Optometry
2nd year | Second Semester | Compulsory Credits | Optics
|
|
|
Ophthalmic Optics II
Double bachelor degree in Phamacy and Optics and Optometry
4th year | Second Semester | Compulsory Credits | Compulsory subjects for Optics
|
|
|
Optics I
Bachelor of Physics
3rd year | First Semester | Compulsory Credits | Physic Fundamentals
|
|
|
Optics I
Doctoral Programme in Laser, Photonics and Vision
1st year | First Semester | Elective Credits | Training complements (master's degree/degree subjects)
|
|
|
Optics I
Double bachelor degree in Mathematics and Physics
4th year | First Semester | Compulsory Credits | Compulsory subjects for Physics
|
|
|
Optics I
Double bachelor degree in Physics and Chemistry
3rd year | First Semester | Compulsory Credits | Compulsory subjects for Physics
|
|
|
Semiconductor photonics
Doctoral Programme in Laser, Photonics and Vision
| Second Semester | Elective Credits | Training complements (master's degree/degree subjects)
|
|
|
Semiconductor photonics
Master in Physics
1st year | Second Semester | Elective Credits | Free Electives
|
|
|
Semiconductor photonics
Master's Degree in Quantum Information Science and Technology
1st year | Second Semester | Elective Credits | Materias Optativas Comunes
|
|
|
Undergraduate dissertation
Bachelor of Physics
4th year | End of Degree Projects and End of Master's Degree Projects | Compulsory Credits | End of Degree Project and Work Placements
|
|
|
Undergraduate dissertation
Double bachelor degree in Mathematics and Physics
5th year | End of Degree Projects and End of Master's Degree Projects | Compulsory Credits | External work placements and End of Degree Project in Physics
|
|
|
Undergraduate dissertation
Double bachelor degree in Physics and Chemistry
5th year | End of Degree Projects and End of Master's Degree Projects | Compulsory Credits | End of degree project Physics
|
Tutoring hours
No data available for the selected academic year.