I design and translate across the neuromorphic landscape — from device physics and mixed-signal VLSI, to spiking neural networks, AI systems, and commercial strategy. I’ve engineered synapse-level analogue circuits and million-transistor systems, integrated FPGA/software pipelines, and explored emerging device platforms such as flexible, printable, and biocompatible electronics.
Alongside hands-on engineering, I’ve co-founded neuromorphic start-ups, led commercialisation of event-based vision sensors, and advised global R&D groups in automotive, consumer electronics, and defence. This breadth lets me bridge silos: aligning device innovation with system requirements, guiding AI groups toward hardware-realistic architectures, and shaping strategies that position organisations at the forefront of neuromorphic technology.
Currently focused on the convergence of neuromorphic systems, flexible & sustainable electronics, and next-generation AI.
