III. Otras disposiciones. UNIVERSIDADES. Planes de estudios. (BOE-A-2024-809)
Resolución de 4 de enero de 2024, de la Universidad de Zaragoza, por la que se publica el plan de estudios de Máster Universitario Erasmus Mundus en Ingeniería de Membranas para un Desarrollo Sostenible/Erasmus Mundus Master in Membrane Engineering for a Sustainable Development.
4 páginas totales
Página
BOLETÍN OFICIAL DEL ESTADO
Núm. 14
Martes 16 de enero de 2024
3.
Distribución del plan de estudios en créditos ECTS, por tipo de materia:
Tipo de materia
Créditos ECTS
Obligatorias (OB).
3
Optativas (OP).
87
Trabajo Fin de Máster (TFM).
30
Total.
4.
Sec. III. Pág. 6048
120
Contenido del plan de estudios:
Materia/Asignatura
Carácter
ECTS
Curso
Itinerary 1-Membrane Materials
Polymers.
OP.
2
1
Advanced inorganic materials.
OP.
2
1
Polymers and biodegradable polymers for sustainable development. OP.
2
1
Characterization of porous materials.
OP.
2
1
Design of membrane materials.
OP.
2
1
Transport phenomena.
OP.
2
1
Influence of processing properties on the properties of materials.
OP.
2
1
Numerical modeling and simulations.
OP.
2
1
Applications of membrane technologies.
OP.
2
1
Tutored projects.
OP.
8
1
Solutions, colloids, interfaces.
OP.
2
1
Introduction to nanomaterials.
OP.
On-line.
2
1
Individual Project.
OP.
8
1
Characterization I: Physical-chemical Techniques.
OP.
6
1
Characterisation II: Advanced microscopies.
OP.
6
1
Fabrication of micro and nanodevices.
OP.
5
1
Hybrid and structured materials.
OP.
On-line.
2
1
Thermal and mechanical properties.
OP.
On-line.
3
1
Transport phenomena.
OP.
3
1
Separation Science.
OP.
6
1
Colloid and surface engineering.
OP.
3
1
Life cycle analysis, Security, norm and risk.
OP.
3
1
Bioseparation science.
OP.
3
1
Project.
OP.
6
1
Practical Labs.
OP.
3
1
cve: BOE-A-2024-809
Verificable en https://www.boe.es
Itinerary 2-Membrane Chemical Engineering
Núm. 14
Martes 16 de enero de 2024
3.
Distribución del plan de estudios en créditos ECTS, por tipo de materia:
Tipo de materia
Créditos ECTS
Obligatorias (OB).
3
Optativas (OP).
87
Trabajo Fin de Máster (TFM).
30
Total.
4.
Sec. III. Pág. 6048
120
Contenido del plan de estudios:
Materia/Asignatura
Carácter
ECTS
Curso
Itinerary 1-Membrane Materials
Polymers.
OP.
2
1
Advanced inorganic materials.
OP.
2
1
Polymers and biodegradable polymers for sustainable development. OP.
2
1
Characterization of porous materials.
OP.
2
1
Design of membrane materials.
OP.
2
1
Transport phenomena.
OP.
2
1
Influence of processing properties on the properties of materials.
OP.
2
1
Numerical modeling and simulations.
OP.
2
1
Applications of membrane technologies.
OP.
2
1
Tutored projects.
OP.
8
1
Solutions, colloids, interfaces.
OP.
2
1
Introduction to nanomaterials.
OP.
On-line.
2
1
Individual Project.
OP.
8
1
Characterization I: Physical-chemical Techniques.
OP.
6
1
Characterisation II: Advanced microscopies.
OP.
6
1
Fabrication of micro and nanodevices.
OP.
5
1
Hybrid and structured materials.
OP.
On-line.
2
1
Thermal and mechanical properties.
OP.
On-line.
3
1
Transport phenomena.
OP.
3
1
Separation Science.
OP.
6
1
Colloid and surface engineering.
OP.
3
1
Life cycle analysis, Security, norm and risk.
OP.
3
1
Bioseparation science.
OP.
3
1
Project.
OP.
6
1
Practical Labs.
OP.
3
1
cve: BOE-A-2024-809
Verificable en https://www.boe.es
Itinerary 2-Membrane Chemical Engineering
