My research focuses on designing and testing analog and mixed-signal integrated circuits (ICs), with emphasis on low-power sensors and interfaces for harsh environments in CMOS. I also work on IoT power ICs and integrated power converters using SiC.

Thesis guidance:

(1) Undergraduate thesis co-advisor, Universidad Tecnica Federico Santa Maria, Academic year 2023
• Student: Matias Fuentes
• Title: Familiarizacion de plataforma Merus Audio Infineon

(2) Master thesis daily supervisor, KU Leuven, Academic year 2015-2016
• Student: Tomas Vetters
• Title: Design of an On-Chip Temperature Monitoring for Automotive Sensors

Workshops and Presentations

1. ”Analog integrated circuit design using opensource software tools and PDKs”, Tutorial, LASCAS 2024

2. ”Low-Cost Development of Sensors and Power Management Integrated Circuit using Open-Source CMOS technologies”, Invited talk, Integracon 2023

3. ”Desarrollo de bajo costo de circuitos integrados para sensores y administración de potencia en ambientes hostiles”, Invited talk, 2do Workshop de Instrumentación en Geociencias: Física Espacial

4. ”Robust and area-efficient time-based CMOS sensor interfaces for IoT applications”, Plenary talk, 2023 Argentine Conference on Electronics (CAE)

Student initiative mentoring

(1) IEEE SSCS Open-Source Chipathon 2022
“Three-Level Flying Capacitor DC-DC Buck Converter for High-Efficiency Energy Power Sources in CubeSat Applications,” Selected project in Open-Source Chipathon 2022, SSCS, IEEE, Jul. 2022

(2) IEEE SSCS Open-Source Chipathon 2023
“Lab-on-chip SAR ADC and LDO,” Selected project in Open-Source Chipathon 2023, SSCS, IEEE, Jul. 2023