Research Interests: High temperature MEMS and NMES, Surface and interfacial phenomena, ultra high temperature electronics, Gecko-inspired adhesives
My expertise in the development of integrated sensors and microelectronics for food and agricultural applications would help to develop sensing systems that can be integrated in food packages for smart detection of spoilage or other food safety issues. My experience would help developing microsystems for biological study of the food-borne bacteria and micro-organisms to improve and enhance the food safety. I can also develop physical/chemical/bio sensing systems to closely monitor environmental impact on agricultural products and also the impact of agricultural industry on the environment to assure sustainable food/agriculture supply chain.
HEaTS: Structurally Multifunctional Actuation and Readout Techniques for MEMS (SMART MEMS) [BPN582]
The goal of this project is to develop multifunctional sensors for harsh environment where using one device different physical parameters can be measured. The main focus for the current phase is on a
multifunctional temperature-pressure sensor that simultaneously measures both
pressure and temperature using a smart structure and capacitive readout.