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Domingo Javier Pardo Quiles

  • Teaching area: Teoría de la Señal y Comunicaciones

Domingo Javier Pardo Quiles

  • EMAIL
  • Teaching area: Teoría de la Señal y Comunicaciones
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About

Domingo Javier Pardo Quiles

Office Hours

Location
Day
Schedule
Antigones, Floor 2, Office 42
Monday
16:00 — 20:00
Antigones, Floor 2, Office 42
Posibilidad de tutoría en otros horarios, concertando cita previa por correo electrónico.
Tuesday
15:00 — 17:00

Teaching

Course
Degree
Type
Duration
ECTS
TELECOMMUNICATION SYSTEMS AND SERVICES
Ir a Teams
Bachelor's degree in Telecommunication Systems
Type
B
Duration
2Q
ECTS
6
COMMUNICATION THEORY
Ir a Teams
Bachelor's degree in Telecommunication Systems
Type
B
Duration
2Q
ECTS
6
MOBILE COMMUNICATIONS
Ir a Teams
Bachelor's degree in Telecommunication Systems
Type
B
Duration
1Q
ECTS
6
TELECOMMUNICATION SERVICES AND SYSTEMS
Ir a Teams
Bachelor's degree in Telematic Engineering
Type
B
Duration
2Q
ECTS
6
COMMUNICATION THEORY
Ir a Teams
Bachelor's degree in Telematic Engineering
Type
B
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 (*)
2022-23
MOBILE COMMUNICATIONS
504104002
504108002
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
8
Average
4.38
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
2
Survey respondent
5
Average
4.4
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
2
Survey respondent
6
Average
4.33
2021-22
MOBILE COMMUNICATIONS
504104002
504108002
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
4
Average
3.75
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
2
Survey respondent
3
Average
4
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
6
Average
4.17
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
3
Average
4.67
2020-21
MOBILE COMMUNICATIONS
504104002
504108002
Bachelor's degree in Telecommunication Systems
Class
2
Survey respondent
7
Average
4
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
12
Average
3.67
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
4
Average
3.25
2019-20
MOBILE COMMUNICATIONS
504104002
Bachelor's degree in Telecommunication Systems
Class
1
2
Survey respondent
25
Average
3.8
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
1
Survey respondent
10
Average
3.7
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
14
Average
3.29
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
11
Average
3.73
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
1
Survey respondent
10
Average
3.6
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
2
Survey respondent
7
Average
2.71
2018-19
MOBILE COMMUNICATIONS
504104002
Bachelor's degree in Telecommunication Systems
Class
1
2
Survey respondent
23
Average
4.43
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
3
Survey respondent
12
Average
4.08
TELECOMMUNICATION SYSTEMS AND SERVICES
504102007
505102007
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
1
Survey respondent
9
Average
4.33
COMMUNICATION THEORY
504102010
505102010
Bachelor's degree in Telecommunication Systems
Bachelor's degree in Telematic Engineering
Class
1
Survey respondent
10
Average
4.4
(*) Average over a maximum of 5

Projects

Date
Title
06/2020 — 11/2023

Caracterización del Canal Radio x-Wave para aplicaciones integradas de comunicaciones y sensorización

Ref: PID2019-107885GB-C33
I.P.: José María Molina García-Pardo / Leandro Juan Llacer
Financial Entity: Agencia Estatal de Investigación
12/2016 — 12/2020

Modelado y Caracterización del canal en bandas de microondas, milimétricas y terahercios para comunicaciones e imaging

Ref: TEC2016-78028-C3-2-P
I.P.: José María Molina García-Pardo / José Víctor Rodríguez Rodríguez
Financial Entity: Ministerio de Economía, Industria y Competitividad. Fondo Europeo de Desarrollo Regional (FEDER)
01/2014 — 12/2016

Theoretical and experimental channel modeling of millimiter and submillimiter wave systems for communication and imaging

Ref: TEC2013-47360-C3-2-P
I.P.: José María Molina García-Pardo
Financial Entity: Ministerio de Economía, Industria y Competitividad. Fondo Europeo de Desarrollo Regional (FEDER)
12/2010 — 09/2014

Caracterización del canal radio a 60GHz

Ref: TEC2010-20841-C04-03
I.P.: José María Molina García-Pardo
Financial Entity: Ministerio de Economía, Industria y Competitividad
01/2009 — 12/2013

Desarrollo de modelos de propagación para la caracterización del canal Radio UWB-MIMO y de una herramienta de planificación basada en sistemas de información geográfica

Ref: 08818/PI/08
I.P.: Leandro Juan Llacer
Financial Entity: Fundacion Seneca
04/2009 — 03/2011

CORAGE (COgnitive RAdio GEneration)

Ref: TSI-020100-2009-653
I.P.: José María Molina García-Pardo
Financial Entity: Ministerio de Industria Turismo y Comercio. Fondo Europeo de Desarrollo Regional (FEDER)
12/2005 — 06/2007

MIMOGIS: Herramienta de palnificación de sistema MIMO basada en sistemas de información geográfica.

Ref: 2I05SU0031
I.P.: Leandro Juan Llacer
Financial Entity: Carm
01/2005 — 12/2005

XTSAP EXTENDED TETRA ACCESS PLATFORM

Ref: FIT-330210-2005-20
I.P.: Leandro Juan Llacer
Financial Entity: Ministerio de Educación y Ciencia
01/2004 — 12/2004

Diseño y evaluación de técnicas MIMO en redes inalámbricas comerciales (MIMOWIFI)

Ref: FIT-330200-2004-190
I.P.: David Agapito Sánchez Hernández
Financial Entity: Ministerio de Ciencia y Tecnologia
12/2001 — 12/2004

Diseño de estructura multimodales multialimentadas.

Ref: TIC2001-2778-C02-02
I.P.: David Agapito Sánchez Hernández
Financial Entity: Ministerio de Ciencia y Tecnologia
01/2001 — 12/2003

Parques tecnológicos. Diseño y producción de nuevos materiales inteligentes para bioantenas de tercera generación.

Ref: P-2001-38
I.P.: Toribio Fernández Otero
Financial Entity: Ministerio de Ciencia y Tecnologia
07/2002 — 06/2003

Ayuda de apoyo a grupos consolidados y de alto rendimiento.

Ref: AR42-02681/FS/02
I.P.: David Agapito Sánchez Hernández
Financial Entity: Varios
01/2002 — 12/2002

Diseño, producción y comercialización de nuevas antenas para terminales y estaciones de base de sistemas de comunicación móviles de tercera generación que reduzcan las emisiones radioeléctricas.

Ref: FIT-070000-2002-262
I.P.: David Agapito Sánchez Hernández
Financial Entity: Ministerio de Ciencia y Tecnologia