Published multiple high-impact papers in 2025, including:
“How to Rehabilitate Body and Space Perception without Sight? iReach: The Innovative Multisensory Wearable Device for Visually Impaired Infants and Children”, IEEE MeMeA conference
“Investigating the capabilities of novel silk sericin-based electrodes to measure electrocardiogram signals by using machine learning techniques”, Materials Today Communications
“Liquid ferrofluid synapses for spike-based neuromorphic learning”, Materials Horizons
“Multisensory training improves performance across ages: a comparison between children with typical development and children with stroke using the Multisensory Integration Climbing Wall (MSICLIMB)”, International Multisensory Research Forum (poster)
“Seizure detection via reservoir computing in MoS2-based charge trap memory devices”, Science Advances
Background
Research interests include CMOS ultra-low-power ultra-wide-band (UWB) transceiver design
VHDL-AMS behavioral modeling of analog and mixed-signal circuits
Wireless communications circuits and systems
Ultra-low current amplifiers and sensing elements for nanostructures
Implementation of One Instruction Set Computers (OISCs) with simulation and compilation toolchains
Professional interests also include development of systems for professional digital video and audio broadcasting