Acquiring basic knowledge in the field of electronics: basic electronic components, amplifiers, principles of analog-to-digital conversion, the basic principles of operation of digital circuits and their applications in engineering graphics. Acquiring basic knowledge in the field of optoelectronics: optoelectronic components (LED, photodiode, solar cell), optoelectronic sensors (color, position, and distance) and their application in engineering graphics, displays (TFT, LCD, seven-segment LED), electromagnetic spectrum (with emphasis on the visible and UV spectrum).Optics (mirrors and lenses). CCD elements and their application in digital camera, scanner and copier devices. Lasers and their applications in graphics engineering (bar-code printers, laser recording and printing, photocopy machines, laser printers, industrial lasers for engraving and cutting). The working principle of LCD, LED and Plasma TVs and monitors. Panels sensitive to touch (touch screen). Holography.

- Ability to possess basic knowledge in principles of electronic components and amplifiers - Ability to possess basic knowledge in basic principles of digital electronic circuits - Ability to possess basic knowledge in principles of the system LEDs, laser diodes and photodetectors. - Ability to possess basic knowledge in principles of design simpler systems with displays - Ability to possess basic knowledge in principles of the system with optoelectronic sensors, color, position and distance - Ability to possess basic knowledge in principles of graphical systems with lasers (printers, engraving, cutting, etc.). - Ability to possess basic knowledge in principles of fiber optics.

Electronics: Electronic signals, A/D and D/A converters. Amplifier, ideal operational amplifier. Semiconductors and diodes. Bipolar and FET transistors. Basic digital circuits: logic functions and the basic characteristics of logic gates and combinational networks. Optoelectronics: Optoelectronic devices (LEDs, photodiodes, solar cells). Optoelectronic sensors (color, position, and distance) and their application in engineering graphics. Displays (TFT, LCD, seven-segment LED). Electromagnetic spectrum (with an emphasis on the visible and UV spectrum). Optics (mirrors and lenses). CCD elements and their application in digital camera, scanner and copier devices. Lasers and their applications in engineering graphics (bar-code printers, laser recording and printing, photocopy machines, laser printers, industrial lasers for engraving and cutting). The working principle of LCD, LED and Plasma TVs and monitors. Panels sensitive to touch (touch screen). Optical fibers for data transmission. Holography in multimedia.

Lectures, numerical (N) and laboratory (L) practice, consultations.