
Icaro is a Lead Investigator at the MediCAS-Lab on a cutting-edge project to rethink and reshape wirelessly powered neural implants for epilepsy monitoring. He secured a prestigious Postdoctoral Fellowship (Government of Ireland) funded by Research Ireland. Icaro will explore intravascular concepts to achieve this goal and enable remote
Icaro is a Lead Investigator at the MediCAS-Lab on a cutting-edge project to rethink and reshape wirelessly powered neural implants for epilepsy monitoring. He secured a prestigious Postdoctoral Fellowship (Government of Ireland) funded by Research Ireland. Icaro will explore intravascular concepts to achieve this goal and enable remote monitoring. Icaro completed his PhD with distinction in Biomedical Electronics in 2023, and specialized in Electromagnetic Sensing at the University of Rennes, France. He has been a Research Fellow at Galway University for the past year developing new implantable monitoring solutions for DigiStent (an Enterprise Ireland funded operation via the Disruptive Technology and Innovation Fund -DTIF).

Ilaria is a PhD Candidate for implantable sensors at TCD advancing and exploring novel implantable sensors to enable remote monitoring of chronic illness.
Ilaria completed her Master's Degree with distinction in Biomedical Engineering, and specialised in Biomedical Instrumentation at the Politecnico di Torino, Italy.

Megi is a PhD Candidate researching cardiomyocytes using sodium Magnetic Resonance Imaging to better understand mechanisms leading to sudden cardiac death.
Megi is a fully qualified medical doctor from TBILISI STATE MEDICAL UNIVERSITY, Georgia and she completed her Bachelor's Degree in Biomedical Engineering at Trinity College Dublin, Ireland.

Diogo is a PhD Candidate researching temporal interference stimulation to better understand mechanisms leading to wireless deep brain stimulation methods .
Diogo completed his Master's Degree with in Biomedical Engineering at NOVA School of Science and Technology, Portugal and at the University of Glasgow, Scotland.
working towards the MAI 2027 on "Development of an expandable implantable antenna for intravascular monitoring of impending epileptic seizures".
working towards the MAI 2027 on "Development of a radio-frequency detector for high resolution imaging in a tabletop Magnetic Resonance Imaging (MRI) system".
working towards the MAI 2027 on "Development of a low-cost system for the purpose of Magnetic Resonance Imaging in the Earth’s magnetic field".
M.Sc. Translational Oncology 2025/26: "CHALLENGES AND OPPORTUNITIES FOR EX-VIVO BRAIN IMAGING IN ONCOLOGY RESEARCH".
M.Sc. Electronic and Electrical Engineering 2025/26: "Development of an Electromagnetic System for Magneto-Mechanical Stimulation of Nanoparticles in Tissue".
BAI Electronic and Electrical Engineering 2025/26: "Construction of an LC resonance detector for an MRI device".
B. Sc. Human Health and Disease 2025/26: "Evaluating Contrast Enhancement Methods for Ex Vivo Murine Brain Imaging in a Low-Field System: A Multimodal Comparison with Histological and Transcriptomic Data".
MAI 2025/26: "Development of a Catheter Deployable Expandable Antenna for Improved Energy Transfer for Deep Sensing Applications".
MAI 2025/26: "Influence of Dielectric Loading on the Resonant Response of an Implantable Inductor-Capacitor Resonant Pulmonary
Artery Pressure Sensor". Leah won best paper award at the IEEE Engineering in Medicine and Biology Conference, Toronto, Canada, in July 2026.
Leah was also a summer student with the MediCAS-Lab in 2025.
MAI 2025/26: "Development of Gradient Coils for an Earth-Field Magnetic Resonance Imaging Scanner". He presented his results in a poster at IEEE Engineering in Medicine and Biology Conference, Toronto, Canada, in July 2026.
Conor was also a summer student with the MediCAS-Lab in 2024 (TCD Eric And Barbara Kinsella Scholar).
Research Assistant 2024/25 advanced new algorithms and more effectively visualised data from novel implantable sensors.
MAI 2024/25: “Development and Characterization of a Magnetic Field-Generating Device to Combat Obesity through the Magneto-Mechanical Effect”
MAI 2024/25: “Development of an Expandable Antenna for more Energy Efficient Power Transfer to Intravascular Implants”
M.Sc. (Electronic and Electrical Engineering) 2024/25: “Design and development of
single- and multi-element
radiofrequency sensors at
105.9MHz for Sodium Magnetic
Resonance Spectroscopy at 9.4 Tesla: using low noise and low input impedance preamplifiers”
M.Sc. (Electronic and Electrical Engineering) 2024/25: “Earth’s Field Magnetic Resonance
Imaging in Urban Environments: Noise Suppression and Advanced Image Reconstruction
Techniques” [https://www.tara.tcd.ie/handle/2262/111968]
M.Sc. (Biomedical Engineering) 2024/25: “Evaluation of the Spatio-Temporal Resolution of Cerebral Tissue Using Ultra-High Field Magnetic Resonance Imaging At 9.4 Tesla: An Ex Vivo Murine Study”
M.Sc. (Biomedical Engineering) 2024/25: “Evaluation of the Measurement Accuracy of an Implantable Sensor to Remotely Monitor
Pulmonary Artery Pressure: Using Trial Data,
Simulations, and Laboratory Tests”