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Department of
Microelectronics
FEET
Dept. of Electronics
Dept. of Power Electronics
Dept. of Chemistry
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Academic Disciplines
Automation of Engineering in Microelectronics
Materials Science for Microelectronics
Microelectronic Circuitry
Surface mount technique
Design and manufacturing of electronic equipment
Micromodules and microelectronic systems with automotive application
Design of digital integrated circuits and systems
Semiconductor Microsystems and Technologies
Microelectronic technologies for alternative energy sources
Microelectronics
Quality and Reliability in Electronics
VLSI Design
CAD systems in Microelectronics
Displays
Nanomaterials
Methods for Layer Deposition in Electronics
Introduction to the nanoelectronics
Functional Microelectronics
Design and analysis of experiments in electronics
Technology of microelectromechanical systems
Nano-sized object analysis methods
Electronic circuit engineering
Programming and use of computers
Basic principles and application of micro- and nanosystems
Electronic Elements
Embedded devices and systems
Analog and digital circuitry
Microelectronics -
Digital integrated technologies
Students
PhD Students
About us
FEET
Dept. of Electronics
Dept. of Power Electronics
Dept. of Chemistry
Academic Disciplines - Technology of microelectromechanical systems
Home
Academic Disciplines
Technology of microelectromechanical systems
Home
News
Lecturers
R&D Activities
Publications
Projects
Academic Disciplines
Automation of Engineering in Microelectronics
Materials Science for Microelectronics
Microelectronic Circuitry
Surface mount technique
Design and manufacturing of electronic equipment
Micromodules and microelectronic systems with automotive application
Design of digital integrated circuits and systems
Semiconductor Microsystems and Technologies
Microelectronic technologies for alternative energy sources
Microelectronics
Quality and Reliability in Electronics
VLSI Design
CAD systems in Microelectronics
Displays
Nanomaterials
Methods for Layer Deposition in Electronics
Introduction to the nanoelectronics
Functional Microelectronics
Design and analysis of experiments in electronics
Technology of microelectromechanical systems
Nano-sized object analysis methods
Electronic circuit engineering
Programming and use of computers
Basic principles and application of micro- and nanosystems
Electronic Elements
Embedded devices and systems
Analog and digital circuitry
Microelectronics -
Digital integrated technologies
Students
PhD Students
About us
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