The syllabus is as follows:
Compulsory Subjects:
Subject |
ECTS |
Semester |
Teacher |
6 ECTS |
Semester 1 |
ASL |
|
4 ECTS |
Semester 1 |
AFH; JAL |
|
Methodology, Quality and Personal Abilities [3] (MCHP) |
5 ECTS |
Semester 2 |
GKA |
Advances in Electronic Systems Engineering Electronics [4] (Seminar) |
3 ECTS |
Annual. |
Professional Itinerary M4:
Subject |
ECTS |
Semester |
Teacher |
Embedded systems [5] (SEMP) |
4 ECTS |
Semester 1. |
JMF, AAP |
Analogical systems [6] (SEAN) |
4 ECTS |
Semester 2 |
IIT |
Microelectronics [7] (MCRE) |
4 ECTS |
Semester 1 |
MLV, PIH |
Lab. Electronic Systems [8] (LSE) |
3 ECTS |
Semester 2 |
JMG, PMM |
Research Itinerary M5
Subject |
ECTS |
Semester |
Teacher |
Technology of semiconductors [9] (TS) |
4 ECTS |
Semester 1 |
MSG, AGF |
Microsystems and Nanoelectronics [10] (MSIS+NANO) |
4 ECTS |
Semester 2 |
FCG, EMM |
Optoelectronic systems [11] (OPTO) |
4 ECTS |
Semester 2 |
AHC, MSG |
Laboratory of Optoelectronics and Microsystems Systems |
3 ECTS |
Semester 2 |
FCG |
Research Itinerary M6
Subject |
ECTS |
Semester |
Teacher |
Tools for electronic design [12] (DASE) |
4 ECTS |
Semester 2. |
MLV, CCV |
Microelectronics [7] (MCRE) |
4 ECTS |
Semester 1 |
MLV, PIH |
Advanced Digital Architectures [13] (ADA) |
4 ECTS |
Semester 2 |
JAL, CCV |
Microelectronics Laboratory. |
3 ECTS. |
Semester 2. |
MLLV |
Research Itinerary M7
Subject |
ECTS |
Semester |
Teacher |
Person-machine dialogue systems [14] (SDPM). |
4 ECTS |
Semester 2 |
RCH, RSH |
Pattern recognition [15] (REPO) |
4 ECTS |
Semester 1 |
JMP, JFL, LFDH |
Biomedical imaging systems [16] (SIB) |
4 ECTS |
Semester 2 |
ASL, MJL |
Intelligent Systems and Applications Lab. |
3 ECTS |
Semester 2 |
RSH |
Optional Subjects:
Subject |
ECTS |
Semester |
Teacher |
4 ECTS |
Semester 2 |
JMP, ASL, MJL |
|
Power and Control [18] |
4 ECTS |
Semester 2 |
CSU, BAE |
4 ECTS |
Semester 1 |
ASH, JJS |
IMPORTANT: It is necessary to select the following subjects:
ENROLMENT: Enrolment is made per semester, although in the application of the department http://posgrado.die.upm.es/ [20] it is necessary to select the subjects corresponding to the complete course.
The recommended itinerary per semesters is as follows:
Semester 1:
SEAD compulsory (6) + LCSE (4) + Seminar (3) + 1 from itinerary (4) + 1 optional (4) = 21
Semester 2:
MCHP (5) + 2 from itinerary (8) + lab. from itinerary (3) + 2 optional (8) = 24
Other:
End of Masters’ Degree Work: TFM (15)
The End of Masters’ Degree Work can be enrolled in at the time of defending it, in this way if there is no time to present it during the academic year it is not necessary to pay the enrolment fee for its credits twice. But if there is time the Masters’ Degree can be finished in one academic year.
Links:
[1] http://mise.die.upm.es/en/docs/SEAD.pdf
[2] http://mise.die.upm.es/en/docs/LCSE_2011.pdf
[3] http://mise.die.upm.es/en/docs/MCHP.pdf
[4] https://sites.google.com/site/die-upm-es-lsi-teams-edition-backup/People/marisa/teachingduties/seminario-mise
[5] http://mise.die.upm.es/en/docs/SEMP.pdf
[6] http://mise.die.upm.es/en/docs/SEAN.pdf
[7] http://mise.die.upm.es/en/docs/MCRE.pdf
[8] http://mise.die.upm.es/en/docs/LSE.pdf
[9] http://mise.die.upm.es/en/docs/Semiconductor_Technology.pdf
[10] http://mise.die.upm.es/en/docs/Microsystems%20and%20Nanoelectronics%20Program.pdf
[11] http://mise.die.upm.es/en/docs/Optoelectronic%20Systems%20-%20Program.pdf
[12] http://sites.google.com/a/die.upm.es/lsi/People/marisa/teachingduties/cad-mise
[13] http://mise.die.upm.es/en/docs/ADA%20-%20Master_Study_Guide.pdf
[14] http://mise.die.upm.es/en/docs/SDPM.pdf
[15] http://mise.die.upm.es/en/docs/REPO%20-%20Program%202011.pdf
[16] http://mise.die.upm.es/en/docs/SIB.pdf
[17] http://mise.die.upm.es/en/docs/INSN.pdf
[18] http://mise.die.upm.es/en/docs/Power%20and%20control.pdf
[19] http://mise.die.upm.es/en/docs/Advanced%20instrumentation.pdf
[20] http://posgrado.die.upm.es/