Electronics, Optics, and Implantable Technologies

With extensive engineering background, I have worked on the development of integrated electronics, implantable device technology, and bio-optical systems. The technology includes implantable physical biosensors, multifunctional biomaterials, Raman spectroscopy imaging, fluorescence lifetime imaging (FLIM), signal/imaging processing algorithms, and artificial neural network (ANN) for bio applications.  Using nanofabrication technique, I implemented on-chip CMOS biosensors, micro and nano electromechanical system (M/NEMS).  The current research direction is to provide a miniaturized and low-power engineering solution for biomedical systems, along with a scalable data processing pipeline enabling next-generation personalized medical care, artificial intelligence modeling, and innovative neuroscience research.