Dr Iasonas Triantis is a Senior Lecturer at the Research Centre for Biomedical Engineering (RCBE), City, University of London. He conducts interdisciplinary research into medical devices for electroceuticals, neural engineering, and bioimpedance. More specifically, his research focuses on opto-electrical stimulation, bioimpedance, blood dielectric spectroscopy, electrical impedance tomography front-end design, and FEM sensor-tissue simulations for sensor optimization. He was recently awarded a Royal Academy of Engineering Industrial Fellowship. He recently co-founded and jointly leads the "Biomodulation Technology" research team, aiming to improve human health through personalized therapy for conditions like diabetes, wound healing, and peripheral arterial disease, and in parallel using his bio-interfacing techniques in agricultural/environmental applications for crop sustainability and food security. Previously (2010–12), he was a Senior Researcher at the Electronic and Electrical Engineering Department, UCL, focusing on front-end ASICs for electrical impedance tomography (EIT). He was a Research Associate at Imperial College, focusing on multi-modal neuroprostheses and vagus nerve interfaces (2005–2010). a Research Assistant at UCL (2000–2005), where he also received his PhD on implantable neural amplifiers. In 2000, he received an Electronic Engineering Meng from UMIST. He is a Senior IEEE Member and has reviewed numerous research proposals and journal papers.
Dr Iasonas Triantis is a Senior Lecturer at the Research Centre for Biomedical Engineering (RCBE), City, University of London. He conducts interdisciplinary research into medical devices for electroceuticals, neural engineering, and bioimpedance. More specifically, his research focuses on opto-electrical stimulation, bioimpedance, blood dielectric spectroscopy, electrical impedance tomography front-end design, and FEM sensor-tissue simulations for sensor optimization. He was recently awarded a Royal Academy of Engineering Industrial Fellowship. He recently co-founded and jointly leads the "Biomodulation Technology" research team, aiming to improve human health through personalized therapy for conditions like diabetes, wound healing, and peripheral arterial disease, and in parallel using his bio-interfacing techniques in agricultural/environmental applications for crop sustainability and food security. Previously (2010–12), he was a Senior Researcher at the Electronic and Electrical Engineering Department, UCL, focusing on front-end ASICs for electrical impedance tomography (EIT). He was a Research Associate at Imperial College, focusing on multi-modal neuroprostheses and vagus nerve interfaces (2005–2010). a Research Assistant at UCL (2000–2005), where he also received his PhD on implantable neural amplifiers. In 2000, he received an Electronic Engineering Meng from UMIST. He is a Senior IEEE Member and has reviewed numerous research proposals and journal papers.