Assistant Professor for Biomedical Circuits and Systems
PhD Candidate: Implantable Sensors
MAI Candidate (Biomedical Engineering): Development of a system for magneto-mechanical stimulation of nanoparticles inside cells.
MSc. Candidate (Biomedical Engineering): Investigation and optimization of ex vivo brain imaging using ultra-high field Magnetic Resonance Imaging (MRI) at 7Tesla.
MAI Candidate (Biomedical Engineering): Development of an expandable antenna for more energy efficient power transfer to intravascular implants.
MSc. Candidate (Biomedical Engineering): Exploring the accuracy limits and confounders for measuring pulmonary artery pressure using an implantable, wireless, and commercially available pressure sensor.
M.Sc. Candidate (Electronic and Electrical Engineering): phased array coils for X-nuclei Magnetic Resonance Imaging (X-MRI) using low noise and low input impedance preamplifiers.
M.Sc. Candidate (Electronic and Electrical Engineering): Feasibility exploration, and correction methods development for Earth Field Magnetic Resonance Imaging (EF-MRI) in the noisy centre of a European capital city.
Summer student 2024 (TCD Eric And Barbara Kinsella Scholar): low cost circuit development for Nuclear Magnetic Resonance and Imaging using Arduino, circuit design, simulations, and manufacturing and testing techniques.