About

My background includes extensive experience in digital signal processing, embedded systems, and microelectronics, coupled with a strong motivation to innovate at the crossroads of bioelectronics, medical devices, and aerospace. I am particularly focused on developing advanced therapeutic technologies aimed at improving the lives of patients affected by neurological conditions such as epilepsy, leveraging state-of-the-art electronics and signal processing techniques.

My professional journey commenced as a Research Engineer at the University of Glasgow, where I contributed to the European HERMES project. There, I specialized in the electronic design, simulation, and fabrication of implantable neural interfaces. Subsequently, I joined the Microelectronics Institute of Seville, where I focused on developing signal processing algorithms for epilepsy intervention utilizing Microelectrode Array (MEA) recordings. Currently, I serve as a Senior Digital Signal Processing Engineer at Analog Devices Inc., within the Medical Products group of the Digital Healthcare division.

Since 2021, I have been pursuing a Ph.D. at the National Centre of Microelectronics in Seville, Spain. My doctoral research investigates algorithms, circuits, and adaptive systems designed for biological tissue integration, with a primary emphasis on the detection and pattern recognition of epileptic seizures. This research has culminated in the successful synthesis and fabrication of a seizure detection system-on-chip utilizing SkyWater 130nm and IHP 180nm processes, as well as tape-outs leveraging TSMC 65nm low-power and 180nm technologies.

I maintain a strong commitment to continuous academic growth and interdisciplinary collaboration. By 2026, my scholarly contributions will include the publication of over three journal articles and four conference papers. Additionally, I have served for more than three years as an international reviewer for IEEE conferences and high-impact journals, underscoring my dedication to scientific rigor and the broader dissemination of knowledge.