Diploma de experto en ingeniería microelectrónica y óptica avanzada
 

I Edición: del 15/10/2025 al 15/02/2026 (Presencial)

Director: D. Antonio Jesús Torralba Silgado (torralba@us.es)

Más información: https://cfp.us.es/cursos/oferta-2025/TP/ingenieria-microelectronica-y-optica-avanzada/7065

El Diploma de Experto en Ingeniería Microelectrónica y Óptica Avanzada cubre los aspectos más relevantes del diseño microelectrónica y óptico, incluyendo: procesamiento digital avanzado y aceleradores de Inteligencia Artificial, diseño analógico y mixto de ultra-bajo consumo, diseño de circuitos RF, optoelectrónica e instrumentación. Cada bloque se estructura en el marco de sus aplicaciones: Industria inteligente, IoT, Aeronáutica, Robótica y Automatización Inteligencia Artificial y Comunicaciones Ópticas.

To train students in advanced microelectronic and nanoelectronic design, as well as optical communication.

Develop a project on: a) digital, analog, and mixed-signal microelectronic and nanoelectronic design, or b) photonic, optoelectronic, and optical communication.

These projects consider relevant applications typical in aerospace, communications, industrial, and automotive engineering.

This course aims to cover the various aspects of advanced design and engage students in a project that consolidates their knowledge, understanding the different aspects of complex system design, and participating in the development of some of their components.

All of this being part team effort led by an expert.

• Ability to analyse and detect problems from the perspective of micro- and nano-electronic engineering and optoelectronic engineering

• Ability to understand the different design components of a complex system in micro- and nano-electronic engineering and optical-electronic engineering

• Ability to design the blocks of a complex system, from its specifications, through the different stages of development, from high level to layout.

• Ability to design blocks and tools for the testing and verification of a complex system.

• Ability to prepare technical documentation related to the advanced design of micro- and nano-electronic systems, and integrated optimisation.

• Ability to participate in a team effort dedicated to the design of complex systems

• Oral communication skills applied to micro- and nano-electronic engineering and optoelectronic engineering