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Rafael Toledo Moreo

  • Teaching area: Arquitectura y Tecnología de Computadores
  • Space instrumentation / Digital processor architectures / Automotive mechatronics and autonomous systems

Rafael Toledo Moreo

  • EMAIL
  • Teaching area: Arquitectura y Tecnología de Computadores
  • Space instrumentation / Digital processor architectures / Automotive mechatronics and autonomous systems
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About

Rafael Toledo Moreo

Assessment of teaching: number of five-year periods assessed positively: 4
Assessment of research: number of six-year periods assessed positively: 3
Assessment of transfer: number of six-year periods assessed positively: 1

Rafael (Cartagena, 1978) received his degree in Industrial Automation and Electronics Engineering from the Technical University of Cartagena (UPCT) in 2002 and his European PhD with honors from the University of Murcia (UMU), Faculty of Computer Science, in 2006. He is currently Associate Professor at the Department of Electronics and Computer Technology of the UPCT. Between 2008 and 2010 he worked for 1 year at the Laboratoire Central des Ponts et Chaussées, Nantes and for 3 months at the University of Paris Sud XI. Rafael is Vice Rector of Internationalization and European University at UPCT, Director of the AED Embedded Engineering Chair and deputy secretary general of the European University of Technology. In his professional career, he has participated in more than 50 research projects and research contracts and has published more than 80 scientific papers, for which he has received 2 international awards. His main area of research is space engineering. Among the different projects and contracts, it is worth mentioning that Rafael is responsible for the Spanish contribution to the payload of the Euclid space mission of the European Space Agency. He is the Principal Investigator of the infrared instrument control unit of the Euclid mission, an m-class cosmological mission of the European Space Agency.


Office Hours

Location
Day
Schedule
Antigones, Floor 2, Office Despacho profesor
Es necesaria pedir cita previa por correo electrónico a rafael.toledo@upct.es
Tuesday
11:00 — 13:00

Teaching

Course
Degree
Type
Duration
ECTS
ELECTRONIC AND PHOTONIC SYSTEMS IN ASTRONOMY
Master's degree in Telecommunication Engineering
Type
O
Duration
2Q
ECTS
3
COMPUTER FUNDAMENTALS
Bachelor's degree in Telecommunication Systems
Type
B
Duration
1Q
ECTS
6
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
Bachelor's degree in Telecommunication Systems
Type
B
Duration
2Q
ECTS
6
SOC DESIGN ON FPGAS
Bachelor's degree in Telecommunication Systems
Type
O
Duration
2Q
ECTS
6
COMPUTER FUNDAMENTALS
Bachelor's degree in Telematic Engineering
Type
B
Duration
1Q
ECTS
6
MICROPROCESSOR BASED DIGITAL SYSTEMS
Bachelor's degree in Telematic Engineering
Type
B
Duration
2Q
ECTS
6
SOC DESIGN ON FPGAS
Bachelor's degree in Telematic Engineering
Type
O
Duration
2Q
ECTS
6

Abbreviation list

  • BS: Basic course
  • B: Required course
  • O: Elective course
  • A: Year-long
  • 1Q: 1st half
  • 2Q: 2st half

Teaching evaluation

Year
Course
Degree
Class
Survey respondent
Average (*)
2023-24
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
7
Average
3.43
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
3
Survey respondent
15
Average
3.8
2022-23
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
11
Average
3.73
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
3
Survey respondent
12
Average
3.75
2021-22
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
1
Survey respondent
3
Average
3
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
3
Survey respondent
9
Average
4.11
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
11
Average
3.91
2020-21
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
1
Survey respondent
7
Average
3.29
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
3
Survey respondent
9
Average
3.33
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
10
Average
3.6
2019-20
COMPUTER FUNDAMENTALS
504101005
505101005
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
1
Survey respondent
10
Average
4.9
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
1
Survey respondent
21
Average
3.81
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
23
Average
3.04
DIGITAL SYSTEMS BASED ON MICROPROCESSORS
504102006
505102006
Bachelor's degree in Telematic Engineering
Bachelor's degree in Telecommunication Systems
Class
3
Survey respondent
21
Average
3.19
SOC DESIGN ON FPGAS
504104029
505104029
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
1
Survey respondent
3
Average
3.67
(*) Average over a maximum of 5