Educational guide 2023_24
Escola de Enxeñaría de Telecomunicación
Máster Universitario en Ingeniería de Telecomunicación
 Subjects
  Microwave and Millimetre Wave Circuit Design and CAD
   Methodologies
Methodologies   ::  Teaching methodology guide
  Description
Lecturing It will be given in a classroom with the aid of a slate board and a video projector.
It will be described the main concepts in the most relevant Topics in the Subject.
Students will have available support documentation in Moovi.

Note: the last Topic is an application work (case study) to be performed by the student, as part of a tutored work. Besides, some of the Topics/sub-topics in the Subject will be individually worked and presented by the student, as part of another tutored work.

These lessons are oriented to the acquisition of the competencies: CG1,4,8 and CE38/OP8.
Practices through ICT During these classes, with the aid of a commercial microwave circuits simulator, the student will design a circuit prototype, among those described in the subject. This work will also continue at home hours through tutorized personal work.

The student will have available in Moovi support documentation and files. He/she will be able to obtain a circuit simulator student license for his/her PC, thanks to an agreement between UVIGO and the simulator provider company.

These classes are designed to aid in acquiring competencies: CG1,4,8 and CE38/OP8.
Laboratory practical The previously designed prototype by the student, during the practices with the circuit simulator and his/her personal work, will be fabricated in hybrid MIC technology and characterized using adequate instrumentation.
These classes are designed to help in acquiring competencies: CG1,4,8 and CE38/OP8.
Mentored work With the aid of the hours of practices through ICT, and through his/her personal work, the student will be guided to design - working individually- a circuit prototype using ideal models of the passive components. Then, he/she will implement this design in microstrip hybrid technology, in another mentored work, and evaluate its performance. The student will write a report of the work.

These classes are designed to help in acquiring competencies: CG1,4,8 and CE38/OP8.
Mentored work Each student will prepare - working individually- a short written report about one of the topics covered in the subject. This work will also be assessed by an oral presentation in which he/she will answer questions about the topic.
These classes are designed to aid in acquiring competencies: CG1,4,8 y CE38/OP8.
Mentored work With the aid of the hours of practices through ICT, and through his/her personal work, the student will be guided to design - working individually- a circuit prototype in microstrip hybrid technology. Then, he/she will fabricate this prototype and evaluate its performance during the laboratory practices. The student will write a report of the work.
These classes are designed to aid in acquiring competencies: CG1,4,8 y CE38/OP8.
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