Seminar 27.11,14
You are invited to attend a lecture
By
Hadar Ben-Yoav
Department of Electrical and Computer Engineering, Institute for Systems Research, University of Maryland
On the subject:
Nano-Bio-Technology Integrated Micro-Systems for Molecular Monitoring at the "Internet of Things" World
The world is transforming into a digital environment where personal information related to our health, fitness, social activity or commercial preferences as well as data connected with industrial, logistical, and environmental trends is continuously collected from mobile and network sensing devices (The Internet of Things, IoT). Notwithstanding the exponentially increasing activities in developing information technology and tools for IoT platforms, sensing devices thus far provide only basic monitoring capabilities (e.g., movement and heartbeat in Healthcare, humidity and temperature in Environmental Monitoring). Developing miniaturized sensors with novel and specific detection of molecular markers, that better comply with real-world scenarios (e.g., in the human body or in the environment) is the next step linking together vital trending information that will enable IoT more personalized, comprehensive, accessible, and reliable monitoring systems. In this talk, I will present my research addressing the integration of nano-bio-technology with micro-systems for monitoring of chemical and biological markers and their utilization in real-world applications – water toxicity field monitoring and mental healthcare at the point-of-care. Key aspects related to sensor development and process, micro-systems integration, biomaterial reaction and interface with electronics, and sensing of complex systems will be discussed.
27 November 2014, at 15:00,
Room 011, Kitot Building
You are invited to attend a lecture
By
Hadar Ben-Yoav
Department of Electrical and Computer Engineering, Institute for Systems Research, University of Maryland
On the subject:
Nano-Bio-Technology Integrated Micro-Systems for Molecular Monitoring at the "Internet of Things" World
The world is transforming into a digital environment where personal information related to our health, fitness, social activity or commercial preferences as well as data connected with industrial, logistical, and environmental trends is continuously collected from mobile and network sensing devices (The Internet of Things, IoT). Notwithstanding the exponentially increasing activities in developing information technology and tools for IoT platforms, sensing devices thus far provide only basic monitoring capabilities (e.g., movement and heartbeat in Healthcare, humidity and temperature in Environmental Monitoring). Developing miniaturized sensors with novel and specific detection of molecular markers, that better comply with real-world scenarios (e.g., in the human body or in the environment) is the next step linking together vital trending information that will enable IoT more personalized, comprehensive, accessible, and reliable monitoring systems. In this talk, I will present my research addressing the integration of nano-bio-technology with micro-systems for monitoring of chemical and biological markers and their utilization in real-world applications – water toxicity field monitoring and mental healthcare at the point-of-care. Key aspects related to sensor development and process, micro-systems integration, biomaterial reaction and interface with electronics, and sensing of complex systems will be discussed.
27 November 2014, at 15:00,
Room 011, Kitot Building
