Graphene Biosensors Operated in DC Transistor and AC Electrochemical Modes for DNA Sensing. - Edgar Pinzón; Telma Domingues; Rodrigo Wrege; Laís C. Lopes; Jérôme Borme; Thiago Darós; João Piteira; Bruno M. Costa; Paulo R. Bueno; Pedro Alpuim (SENSORS, 2023)

9.9 V High-Voltage Switch in a standard 180 nm CMOS technology for MEMS Inclinometers. - Francisco Barreira; Iria García-López; Thiago Darós; Graça Minas; João Piteira (PRIME, 2023)

An autonomous Internet of Things spectral sensing system for in-situ optical monitoring of grape ripening: design, characterization, and operation. - Hugo M. Oliveira; Alessio Tugnolo; Natacha Fontes; Carlos Marques; Álvaro Geraldes; Sophie Jenne; Hans Zappe; António Graça; Valentina Giovenzana; Roberto Beghi; Riccardo Guidetti; João Piteira; et al. (Comput. Electron. Agric., 2024)

A Low-Noise and Small-Area 0.9 V Bandgap Reference in Standard 180 nm CMOS Process for Neural Applications. - José María Loché; Accel Abarca; Thiago Darós; Rodrigo Wrege; Carlos Marques; João Piteira (LASCAS, 2025)

Graphene Transistors' Modeling, Characterization, and a 180 nm CMOS Front-End Design. - Rodrigo Wrege; Mafalda Abrantes; Thiago Darós; Francisco Barreira; Accel Abarca; Carlos Marques; Álvaro Geraldes; José Loché; Jérôme Borme; Luis Jacinto; João Piteira; Pedro Alpuim (LASCAS, 2025)

Quantitative prediction of grape ripening parameters combining an autonomous IoT spectral sensing system and chemometrics. - Alessio Tugnolo; Hugo M. Oliveira; Valentina Giovenzana; Natacha Fontes; Sara Silva; Cristina Fernandes; António Graça; Alessia Pampuri; Andrea Casson; João Piteira; Paulo Freitas; Riccardo Guidetti; et al. (Comput. Electron. Agric., 2025)