Syllabus
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- Towards greener power management in electronics and photonics ( Credits : 30 ECTS )
- Communication Technologies ( Credits : 30 ECTS )
- Optics Photonics and Quantum Technologies ( Credits : 30 ECTS )
- Technologies for High-Frequency Applications ( Credits : 30 ECTS )
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Compulsory subjects
| Subject | Languages | ECTS Credits | Specialities / Syllabus | Teaching Base | Mode |
|---|---|---|---|---|---|
| Subjects studied at the UNIBS (1st year) | English | 30 | -- | Universitá Degli Studi di Brescia
(
UNIBS (Italy)
)
| Face-to-face degree course |
| Subjects studied at the UNILIM (1st year) | English | 30 | -- | Université de Limoges
(
UNILIM (France)
)
| Face-to-face degree course |
Optional subjects
| Subject | Languages | ECTS Credits | Specialities / Syllabus | Teaching Base | Mode |
|---|---|---|---|---|---|
| Subjects studied at the UNILIM (2nd year) | English | 30 | Towards greener power management in electronics and photonics | Université de Limoges
(
UNILIM (France)
)
| Face-to-face degree course |
| Control techniques for complex and distributed systems | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Hardware/Software advanced digital electronic systems | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Instrumentation and control for RF and microwave facilities | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Introduction to Data Science | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Introduction to research valorization | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| RF and Microwave Measurement Technique | English | 4.5 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| RF and Microwave power components | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Sensors and sensor systems | English | 4.5 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Software tools for system analysis and design | English | 3 | Technologies for High-Frequency Applications | University of the Basque Country
(
Faculty of Science and Technology
)
| Face-to-face degree course |
| Subjects studied at the FSU Jena(2 nd year) | English | 30 | Optics Photonics and Quantum Technologies | Friedrich-Schiller-Universität Jena
(
FSU Jena (Germany)
)
| Face-to-face degree course |
| Subjects studied at the UNIBS (2nd year) | English | 30 | Communication Technologies | Universitá Degli Studi di Brescia
(
UNIBS (Italy)
)
| Face-to-face degree course |
Final Master's dissertation
| Subject | Languages | ECTS Credits | Specialities / Syllabus | Teaching Base | Mode |
|---|---|---|---|---|---|
| Proyecto Fin de Máster | 30 | -- |
- Number of credits ECTS : 30
- Master's Final Project teachers