During my academic formation, electronics has been a focus on my career, from understanding how simple electronic devices work to understanding how electronics work at a micro and nano scale. This knowledge on design and microfabrication are fundamentals for my work on projects like the design of complex circuits for a specialized measurement device of nano currents for electrochemical reactions for detection of emergent pollutants as proposed on my PhD thesis to energy saving methodologies for impedance spectroscopy measurements directly on the skin of fruits to grade ripening. My objective is to use my abilities for design, characterization, fabrication, and implementation of micro and nano devices to improve current research methodologies and propose solutions that can be implemented and help to improve quality of life.