Successful participation at the XVI CEI annual meeting: Showcasing advances in microelectronic desig

The XVI CEI Annual Meeting, held on May 9th-10th, 2024, at ETSII-UPM (DEEP PPU consortium partner)

The XVI CEI Annual Meeting, held on May 9th-10th, 2024, at ETSII-UPM (DEEP PPU consortium partner), was a remarkable event that brought together experts from both industrial and academic sectors to discuss the latest advancements and challenges in microelectronic design. As in previous years, the meeting served as a vital networking platform, allowing participants to connect, share knowledge, and explore new collaborations.

This year’s special session focused on “Challenges in Microelectronic Design,” reflecting the growing importance and complexity of this field. Attendees had the opportunity to engage with presentations and discussions on several key topics, including:

  • Advanced Power Electronic Converters and Systems
  • Embedded Intelligence, IoT, and Reconfigurable Systems
  • Emerging Applications
  • Microelectronic Design
  • Modeling, Characterization, and Simulation of Components and Power Converters
  • The event featured over 40 posters showcasing state-of-the-art research, along with multiple technical oral sessions by CEI researchers and their partners.

We are proud to announce that our team contributed significantly to the poster session, presenting two posters detailing the achievements in the dc/dc converter and the inverter of the RFG. These presentations and posters were expertly prepared by Guillermo Núñez Rodríguez and Sara Pérez Sánchez, highlighting our ongoing commitment to innovation and excellence in power electronics.

Poster by Sara Pérez Sánchez

Poster by  Guillermo Núñez Rodríguez

Sara Pérez Sánchez
Sara Pérez Sánchez
Guillermo Núñez Rodríguez
Guillermo Núñez Rodríguez

The XVI CEI Annual Meeting was a resounding success, fostering an environment of learning and collaboration. We extend our heartfelt thanks to all participants and look forward to continuing our work in advancing microelectronic design.