Main Areas of Research. Development of theoretical aspects of designing sensor microelectronic devices

Development of theoretical aspects of designing sensor microelectronic devices.

Elaboration of theoretical principles of polysilicon-based strain-gauge operation

Development of production principles of manufacturing of a new class of semiconductor strain-gauge transducers based on the SMART-CUT technology

Design of 3D mathematical models of mechanical components of pressure sensors

Investigation into new types of nanoelectronic structures to be used in sensor electronics.

Main Directions of Training Activity

Design of a syllabus and teaching aids for a new major subject “Sensor Electronics”. Its introduction into the curricula of “Microelectronics and Semiconductor Devices” and “Sensor Electronics and Micromechanics”

Training of certified engineers in “Sensor Electronics and Micromechanics”.

Training of postgraduate students in “Sensor Electronics and Micromechanics”.

Writing teaching manuals in sensor electronics and micromechanics.

Writing teaching manuals in nanoelectronics.

Setting - up educational and research laboratory “Sensor Electronics and Micromechanics”.

Training of doctoral and postdoctoral students in “Sensor Electronics and Micromechanics”.