Guia docente 2025_26 Escola de Enxeñaría de Telecomunicación

Methodologies

	Description
Lecturing	Conventional lectures. Through this methodology the outcomes C11 and C12 are developed.
Problem solving	Problem based learning (PBL): Problem solving. Design of synthesizable circuits in VHDL and software programs in C language. To solve them, the student has to previously develop certain outcomes. Through this methodology the outcomes A5, B1, B8, C11 and C12 are developed.
Mentored work	Project based learning. The students must design a software routine and a hardware peripheral of an embedded system to solve a problem. In order to do that, the students must plan, design and implement the necessary steps.
Laboratory practical	VHDL design of digital circuits and circuit implementation in FPGAs and development of software programs in C language. Integration of both to build an embedded system in a FPGA. Software to be used: Vivado Design Suite from Xilinx. Through this methodology the outcomes A5, B8, C11 and C12 are developed.
Mentored work	Project based learning. The students must design an embedded system to solve a problem. In order to do that, the students must plan, design and implement the necessary steps. Through this methodology the outcomes A5, B1, B8, C11 and C12 are developed
Presentation	Exhibition of the results of the project developed. Through this methodology the outcomes A5, C11 and C12 are developed.