The course objective is to enable students to design and simulate simple digital electronic systems and functional units of microprocessors and understanding of structure, operation principle, specifications and design of simple microcomputer systems.

A student who successfully completes this course will be able: - to design and simulate simple combination and sequential networks - to design, write a source program, test and run the program in the symbolic machine language on a given microcomputer system - to design a structure of a simple microcomputer system based on the given specifications - to make a specification of a personal computer based on the given applications

Boolean algebra. Numerical systems. Logic circuits. Standard combinational logic networks: a comparator, multiplexer, demux, encoder, decoder, adder. Standard sequential logic networks: flip-flops, memories, counters, registers. Complex digital systems. The structure of the simple microprocessors and microcomputers. Programming in the symbolic machine language.

Lectures; Auditory Practice; Computer Practice; Laboratory Practice; Consultations.