Juan Manuel Rivas Rodríguez  

(TIT-EU)

Department Industrial Engineering
Knowledgment area Automated Systems Engineering
Contacto UDC directory

Teaching

Subjects taught

This section shows the teaching given in degrees, masters and other officers studies in last 6 years.

Subject and involved studies Total hours
Design of Electronic Equipment 67
Efficiency Lighting Systems 21
Electromagnetic Compatibility in industrial installations 42
Graduation Proyect /Bachelor Thesis 24
Power Electronics 30
Power Electronics 30
Subject and involved studies Total hours
Design of Electronic Equipment
Automation and Industrial Electronics Engineering
67
Efficiency Lighting Systems
Master in Efficiency and Energy Use
21
Electromagnetic Compatibility in industrial installations
Degree in Electrical Engineering
42
Graduation Proyect /Bachelor Thesis
Automation and Industrial Electronics Engineering
32
Power Electronics
Automation and Industrial Electronics Engineering
60
Power Electronics
Degree in Electrical Engineering
60
Subject and involved studies Total hours
Design of Electronic Equipment
Automation and Industrial Electronics Engineering
81
Efficiency Lighting Systems
Master in Efficiency and Energy Use
24
Electromagnetic Compatibility in industrial installations
Degree in Electrical Engineering
51
Final Degree Proyect
Degree in Electrical Engineering
8
Graduation Proyect /Bachelor Thesis
Automation and Industrial Electronics Engineering
8
Power Electronics
Degree in Electrical Engineering
90
Power Electronics
Automation and Industrial Electronics Engineering
60
Subject and involved studies Total hours
Design of Electronic Equipment
Automation and Industrial Electronics Engineering
51
Electromagnetic Compatibility in industrial installations
Degree in Electrical Engineering
51
Graduation Proyect /Bachelor Thesis
Automation and Industrial Electronics Engineering
8
Power Electronics
Degree in Electrical Engineering
90
Power Electronics
Automation and Industrial Electronics Engineering
60
Subject and involved studies Total hours
Design of Electronic Equipment
Automation and Industrial Electronics Engineering
51
Electromagnetic Compatibility in industrial installations
Degree in Electrical Engineering
51
Graduation Proyect /Bachelor Thesis
Automation and Industrial Electronics Engineering
10
Power Electronics
Automation and Industrial Electronics Engineering
90
Power Electronics
Degree in Electrical Engineering
78
Subject and involved studies Total hours
Design of Electronic Equipment
Automation and Industrial Electronics Engineering
51
Graduation Proyect /Bachelor Thesis
Automation and Industrial Electronics Engineering
10
Power Electronics
Degree in Electrical Engineering
9

Defined tutoring by teacher for 2018/2019 academic course.

Polytechnic University College

Quarter Day Site
1st quarter Wednesday
09:00 a 12:00
Despacho 212
1st quarter Thursday
09:00 a 12:00
Despacho 212
2nd quarter Monday
11:00 a 13:00
Despacho 212
2nd quarter Tuesday
11:00 a 13:00
Despacho 212
2nd quarter Thursday
11:00 a 13:00
Despacho 212
2nd chance Monday
09:00 a 12:00
Despacho 212
2nd chance Wednesday
09:00 a 12:00
Despacho 212

EOG works and final master thesis directed

Directed or codirected by current teacher since 2013 year.

Biometrical control access system
Design of a overload protected AC power supply
Electric power monitoring system design
Fix and update of an CNC milling machine
Solar tracker for research
Design and calibration of an Arduino based robot
Design of an educational equipment for power electronics
Maze type robot algorithm optimization
Washing machine automation with Internet access
Xbee networks working analysis
Design of a Web controlled alarm
Design of a wireless telemetry network
Led rotatory display
Library design for robot control
EMC test bench design
Remote control security sytem design
REMOTE TELEMETRY AND CONTROL IP NETWORKS

Research results

Select merit type and year to query research merits.

Magnetic viscosity and microstructure: particle size dependence of the activation volume

Authors J. M. González, C. De Julián, Anit K. Giri, Socorro Castro García, M. Gayoso, Juan Manuel Rivas Rodríguez
Journal JOURNAL OF APPLIED PHYSICS Vol. - Num. 79 (pages 5955 to 5957)

Structural and magnetic properties of Barium Hexaferrite Nanostructured Particles Prepared by the Combustion Method

Authors Socorro Castro García, M. Gayoso, Juan Manuel Rivas Rodríguez, J. Greneche, Mª Teresa Rodríguez Blas
Journal JOURNAL OF MAGNETISM AND MAGNETIC MATERIALS Vol. - Num. 152 (pages 61 to 69)

Analogías mecánico-electrónicas y su aplicación en la didáctica de tecnología: en enfoque sistemático
9 Congreso de Innovación Educativa en las Enseñanzas Técnicas
National

Authors Jose Luis Calvo Rolle, Alberto José Leira Rejas, Juan Manuel Rivas Rodríguez
Place Vigo (España)

Galvanización en caliente, un símbolo de calidad contra la corrosión
9 Congreso de Innovación Educativa en las Enseñanzas Técnicas
National

Authors Jose Luis Calvo Rolle, Alberto José Leira Rejas, Juan Manuel Rivas Rodríguez
Place Vigo (España)