1. Micro- and nanoelectronics

1. electrical, mechanical and thermal modelling/design of semiconductor structures and devices, integrated circuits and systems
2. simulation of technological processes
3. micro- and nanotechnologies (also with application of electron, ion and molecular beams)
4. spintronics and magnetoelectronics
5. characterization and diagnostics of technological processes, semiconductor structures, devices and integrated circuits

2. Photonics

1. semiconductor light sources
2. detectors and photovoltaic cells
3. novel materials for optoelectronics
4. passive optoelectronic devices
5. materials with nonlinear optical properties - physics, technology, applications

3. Microsystems

1. electrical, mechanical and thermal modelling/design of microsystems
2. fabrication and characterization of MEMS and MOEMS structures
3. sensors and smart sensor structures
4. lab-on-a-chip systems
5. micro- and nanobiosystems
6. microsystems for IoT and Industry 4.0

4. Electronic materials

1. fabrication and comprehensive characterization of electronic materials
2. nanotechnologies in fabrication of electronic and photonic materials
3. nano- and biomaterials in electronic and photonic structures/devices and microsystems
4. advanced analysis methods for electronic materials and structures