Basic wave shapes and fundamentals of digital electronics circuits. Number systems, Boolean algebra. Combinatorial and sequential circuits. Counter and shift registers. Logic networks and their simplification. Representing digital circuits with hardware description language. Additionally, this course is also about logic circuit design principles and microprocessor applications. Different tools from digital circuit design and microprocessor applications are drawn upon in lectures and laboratory sessions. Students are exposed to the elements of microcomputer systems with emphasis on hardware and software aspects. Design of a microcomputer system is highlighted.

The student is expected to use the things he/she has learned in school and put them into practice. This way the student will gain work experience in their field of study. The gained experience will be helpful to finish the final year of study and will provide him/her possible job opportunities for the future.

This course provides the students with an exposure to essential principles and practices of fundamental electrical circuits.

The objective of this course is to discuss fundamental concepts of the solid-state electronic devices. The course starts with the crystal properties and growth of semiconductors. It will proceed by dwelling time on atoms and electrons. Subsequently, a detailed discussion of energy-band diagrams of the solid-state materials will be given. Then different semiconductor devices are analyzed on the energy-band diagram basis leading to current-voltage characteristics. Second order effects and deviations from ideal cases are discussed in detail.  

The main purpose of this course is to teach the basics of computer simulation programs used in engineering fields such as MATLAB, LTSpice, and DIPtrace in order to observe the theoretical knowledge learned in the past, related to mathematics, electronics and circuit analysis in the simulation environment.

This course addresses the properties of continuous and discrete-time signals and sytems, the analysis of signals and systems in the time and frequency domains, convolution, Fourier Series, and Fourier Transform.

The student is expected to use the things he/she has learned in school and put them into practice. This way the student will gain work experience in their field of study. The gained experience will be helpful to finish the final year of study and will provide him/her possible job opportunities for the future.

With this second course in Electronics students are shown how the electronic components and devices of the first course are further used in filter, amplifier and wave shaping circuits.

In this course, the fundamental concepts of electromagnetic waves with strong emphasis on engineering electromagnetics are introduced.

The senior design project undertaken in the first semester is completed.

This course aims to familiarize students with the concepts of modern physics. A detailed introduction to special relativity is followed by a general introduction to quantum physics and quantum mechanics. In the last part of the course a review the atom from early models to the quantum model is made with various applications.