Name: Huang,Ying

Title: Professor

Department: Department of Electronic Science

E-mail:hf.hy@hfut.edu.cn

Personal Introduction:

Huang,Ying：PhD, Professor, Doctoral Supervisor.  Member of the standing committee of the Intelligent Robot Professional Committee of the Chinese Association for Artificial Intelligence, vice chairman of Anhui Instrument and Instrument Society. The research direction is sensitive electronics and sensor technology, Focusing on the theory, design, and application of advanced sensitive materials and sensing technologies. I have long been committed to the theory, design, development and application of advanced sensitive materials and sensing technologies in the fields of sensors for intelligent robots, flexible electronics, wearable technology, etc.  Undertake more than 20 scientific research projects from the National Natural Science Foundation of China, the National High tech Research and Development Plan (863 Plan), and enterprises and institutions. More than 150 academic papers have been published and more than 30 invention patents have been authorized.Editor in Chief: A series of planning A series of planning textbooks for electronic information majors in higher education institutions, titled "Sensor Principles and Applications"

Research field:Sensitive Electronics and Sensor Technology

Offering courses:

Undergraduate course 'Principles and Applications of Sensors'

Graduate course 'Sensor Engineering'

Research projects:

  National High Technology Research and Development Program of China ( 863 Program) 

Robot Technology Subject"Basic Research on Twelve Degrees of Freedom Force Sensors and Their Applications".

Special topic on intelligent robot technology "Artificial skin for detecting three-dimensional forces".

National Natural Science Foundation Project:

Research on wearable intelligent assistance robot technology.

Research on a Novel Flexible Array Tactile Sensor.

Research on a Novel Flexible Pressure/Temperature Multifunctional Array Tactile Sensor.

Quantitative Study on Synergistic Conductivity Effect in Two Phase Carbon Filler Pressure Sensitive Composite Conductive Materials.

Research on a robot skin that can achieve full perception.

key research and development  projects in Zhejiang Province:Research and Application of Flexible Sensing Materials and Sensors - Development and Industrialization of Flexible/Stretchable Electrodes and Tactile Sensors for Wearable Devices.

 E-mail:  hf.hy@163.com