Students will be introduced to the basic types of electronic devices, their behavior and the models. Also students will acquire basic techniques for analysis and design of logical circuits and amplifiers.

Understanding basics and techniques of digital signal processing is important for every engineer that works with applications where signal processing is necessary. Within this course the students are introduced to the theoretical basis of the digital signal processing: discretization, Fourier and Z-transform. Students will acquire basic knowledge about the digital IIR and FIR filters.

To introduce the student to basics of Boolean algebra, its role and application in computer sciences and informatics technologies. To overcome the basic counting techniques and learn how to apply them in solving practical problems. To learn to solve recurrence relations. To introduce students to matrices and matrix algebra and systems of linear equations. To learn the terminology in graph theory and how to apply graphs in modelling and solving practical problems in computer sciences. 

To introduce students to basic elements of discrete mathematics as a foundation of computer sciences and new technologies. In this context students should learn how to apply the formal methods of propositional and predicate logic in modeling situations from real life including those in the field of computer sciences. To learn and apply basic proof methods and the methods of mathematical induction. To explain with examples the terminology, operations in the theory of sets, functions and relations and their application.