Miguel Sánchez Caja

Director de Instituto Universitario

Instituto Universitario de Matemáticas (Imag)
C/ Rector López Argüeta, S/N 18071 Granada
958242797

Catedrático de Universidad

Facultad de Ciencias
Avenida de Fuentenueva S/N 18071 Granada
958246396

Timetable for personal attention

First semester

Day
Timetable
Place
Monday
17:00 - 20:00
Despacho
Wednesday
17:00 - 20:00
Despacho

Second semester

Day
Timetable
Place
Friday
9:00 - 15:00
Despacho Imag

Teaching

Bachelor's Degree in Physics

(Ver grado)

Bachelor's Degree in Mathematics

(Ver grado)

Master's Degree in Teacher Training for Compulsory and Upper Secondary Education, Vocational Education and Training (Vet) and Language Teaching

(Ver máster)
Free Elective Module - Principles of Geometry and Applications in Physics
Free Elective Module - Geometrical Foundations of General Relativity and Gravitation
Free Elective Module - Geometry, Topology and Physics
Specific Module - Principles of Geometry and Applications in Physics

Master's Degree in Mathematics

(Ver máster)
Module 2A: Advanced Techniques - Geometry, Topology and Physics

Master's Degree in Mathematics

(Ver máster)
Module 2A: Advanced Techniques - Geometry, Topology and Physics

Master's Degree in Physics and Mathematics - Fisymat

(Ver máster)
Module 3: Mathematical Methods and Models in Science and Engineering - Principles of Geometry and Applications in Physics
Module 4: Mathematical and Theoretical Physics - Geometrical Foundations of General Relativity and Gravitation

Master's Degree in Physics and Mathematics - Fisymat

Module 3: Mathematical Methods and Models in Science and Engineering - Principles of Geometry and Applications in Physics
Module 4: Mathematical and Theoretical Physics - Geometrical Foundations of General Relativity and Gravitation

Master's Degree in Physics and Mathematics - Fisymat

(Ver máster)
Module 3: Mathematical Methods and Models in Science and Engineering - Principles of Geometry and Applications in Physics
Module 4: Mathematical and Theoretical Physics - Geometrical Foundations of General Relativity and Gravitation