My research is focused on the development of a new class of bioelectronic sensors for diagnostic applications, which offer many advantages over existing methods mainly owing to their versatility and sensitivity. I have expertise in bioelectronics and electrochemistry. In particular, the design of integrated microelectronic devices with a focus on bioanalytical applications.
Research Interests
The Bioelectronics and Electrochemistry Lab (The BEE lab) designs bioelectronic platforms integrating functional biomaterials with electrically conductive nano and micro-interfaces. We engage in fundamental research as well as provide prototyping capabilities for biosensors that will transform the field of diagnostics in agriculture, food safety, and environmental monitoring
