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Education Ph.D.,
Research Mission To explore
microsystem
sensor, circuit and signal processing technologies that enable augmentation
of human awareness, enhanced wellness and social perception, and improved
physical and cognitive performance. Principal Scholarly Interests Development of nano/micro-sensor technologies for biomedical, wellness and environmental applications. Design of autonomous, real time, miniaturized sensory microsystems in wearable and implantable platforms. Exploring novel human sensory feedback mechanisms. Implementing real time sensor signal processing and machine learning algorithms for edge computing in sensory microsystems. |
“Lab-on-CMOS” device
incorporating CMOS electrochemical circuits and multi-channel microfluidics 4x5mm low power sensor signal processing SoC in 180nm CMOS |
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Associated
Labs
Human Augmentation Technologies (HATlab)
(Dr. Mason's Lab) Micro and Nano Engineering
Facility (MNEF) ERC Cleanroom Keck Microfabrication
Facility Photo
Gallery HATlab
Spring Retreat 2019 HATlab
Summer 2018 Happy HATters, 2018 |