MS-5: Electrochemical MEMs sensing for environmental and biological monitoring

Organiser: Prof. Haitao Ye, University Of Leciester, UK

Co-organiser: Dr Kai Yang, Advanced Technology Institute, University of Surrey, United Kingdom

About this Mini-Symposia:
Rapid industrial expansion has significantly impacted ecosystems, exacerbating economic and health risks for society. The monitoring of ecosystems is crucial for comprehending the effects of change on resources and is vital for establishing data-driven sustainability measures. Electrochemical sensors have emerged as powerful tools for analytical research across various applications, including wearable health devices, medical research, and environmental pollution monitoring (water, soil, gas, etc.), as well as infrastructure durability evaluation. The evolution of next-generation, integrated, multi-functional sensing, monitoring, and non-destructive techniques calls for the integration of miniaturized electrochemical sensors into microchips, such as microelectromechanical systems (MEMS). Recent progress in nanotechnology, coupled with innovative approaches to synthesizing nanomaterials and fabricating MEMS devices, has streamlined the design and development of advanced sensing strategies and portable devices.

This mini symposium will provide a state of the art on electrochemical sensing with a special focus on integration with MEMs devices. This mini symposium will also address the contemporary applications of electrical sensors in environmental and biological observation, encompassing sensing electrochemistry, nanomaterials, nano-fabrication, monitoring, and modelling. It will also delve into strategies, risks, and broader considerations associated with the utilization of electrochemical sensors. The event provides a unique opportunity for profound, cross-disciplinary exchanges among key organizations in the public and private sectors, along with leading figures in the field of electrochemical sensing applications and information services. Distinguished speakers from the sensing sector will present examples of ongoing initiatives leveraging electrochemical sensors in ecosystem observation, sharing insights into the impact on their work and lessons learned.

Scientific Topic:
MEMs, electrochemistry, sensor, monitoring.

Research Scope:
This mini symposium will also address the contemporary applications of electrical sensors in environmental and biological observation, encompassing sensing electrochemistry, nanomaterials, nano-fabrication, monitoring, and modelling.

Expected Audience Type:
Neighbouring scientific fields susceptible to be interested in the MEMs, electrochemistry, sensors and devives.