Department
of
Electronics and Nanoelectronics was established in 2015 after merging
Electronic Devices department and Semiconductor Electronics department
Summary
Main trends of the department are design
and electronic devices production from diodes, transistors, solid-state
microwave devices, solar energy converters to large and ultra-large integrated
circuits - microprocessors, memory circuits, microcontrollers including
optoelectronic devices based on various semiconductor materials.
Recent projects
Study of relationships
“composition-structure-property” for diamond-like nanocomposites.
Controlled variations of parameters and
properties of photoresist structures based on lead chalcogenides.
Photodetectors based on Pb-Cd-S-O ceramic
superstructure for 0.2 - 3.8 µm range.
Monitoring method for technological process
and improving of reliability for microelectronic photovoltaic elements of
"looking" matrices production.
New methods and algorithms for joint
processing of signals and images with unknown parameters in promising location
and communication systems.
Features
Project orientation is the main feature of
the department in the education process.
Students have practical training at leading
industry companies and in Academy of Sciences institutes.
Unique
equipment
- Multifunctional
spectrophotometer PHOTON RT
- Analytical complex based on
scanning (raster) electron microscope with X-ray energy dispersive analysis
system
- Nanotechnology educational and
scientific complex Ntegra
- Prima Automatic electrophysical
measurement system ASEC-03
- Agilent high-precision complex
for short-channel transistors investigation
- Precision spectroellipsometer
Elf
- Laboratory nanotechnology
complex based on the "Umka" scanning tunneling microscope
- Agilent laboratory complex for
study of transients in semiconductor devices
Educational
programs
Bachelor
11.03.04 Electronics and nanoelectronics.
Microelectronics and Solid-state Electronics
Master
11.04.04 Electronics and nanoelectronics.
Solid-state micro- and nano-electronics
PhD
1.3.11. Semiconductor Physicss