DrKonstantin Nikolic

Visiting Professor at the Centre for Bio-Inspired Technology, Institute of Biomedical Engineering, Department of Electrical and Electronic Engineering. Previously I have been at Imperial for nearly 15 years in various roles. Currently I am Professor of Computing (AI, ML, Data) at the School of Computing and Engineering, University of West London.

I received the BEng and MSc from the Department of Electrical Engineering, Belgrade University, Serbia and the PhD in physics from Imperial College London, UK. I was an Associate Professor at the Faculty of Electrical Engineering, Belgrade University, a Senior Research Associate at the Dep. of Physics & Astronomy, University College London, and the Wilfred Corrigan Research Fellow at Institute of Biomedical Engineering, Imperial College London.

Current research:

ML - neuromorphic systems, spiking neural networks
Computational Neuroscience/Mathematical Biology
Neural stimulation and recording, Neuromodulatory Implants
Biomodeling, Optogenetics
Nanoelectronics - Fault tolerant architectures
Main Projects
Disruptive Semiconductor Technology for Advanced Healthcare Systems (EPSRC Platform Grant, 2015-2020) Co-I
i2MOVE - Intelligent Implantable Modulator of Vagus nerve function for treatment of Obesity (ERC Synergy Grant, 2013-2018), research lead for engineering
Network of Excellence for development of Point-of-Care Breath Analysing device (Wellcome Trust/Imperial Strategic Support, 2015/16) - Co-I
Multiscale Computational Tools for Optogenetics (BBSRC 2014-2015) - PI
Network of Excellence for Thermal Micro-Stimulation of Excitable Cells (Wellcome Trust/Imperial Institutional Strategic Support Fund, 2014) - Co-I
Network of Excellence for Optogenetic Manipulation of Neural Circuitry (Wellcome Trust/Imperial, ISSF 2013) - Co-I
SeeBetter Hybrid Backside Illuminated Silicon Retina (FP7 ICT-2009-6 Brain-inspired ICT, 270324, 2011-2015) - PI
Bioinspired Technology: Feasibility Studies (EPSRC, EP/H024581/1, 2010-2011)
A Bidirectional Power/Data Transfer Platform based on Electro-Optical Effects in Standard CMOS
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