1

Gains skill of applying mathematics, science and basic engineering knowledge to solve electrical and electronics engineering problems.

2

Gains skill of defining problems that can be encountered in the production and testing of electrical and electronic circuits and systems, and skill of generating solutions by using proper analysis and modeling techniques.

3

Gains skill of designing and developing electrical and electronic systems.

4

Gains skill of effective use of the tools and software related to electrical and electronics engineering.

5

Gains skill of setting up and carrying out experiments in the field of electrical engineering, obtaining the experimental results, interpreting and reporting these results.

6

Gain the skill of working effectively with intra- and interdisciplinary teams in addition to skill of working individually.

7

Gains efficient written and verbal communication skills and gains ability to prepare technical reports and make presentations.

8

Gain awareness of the necessity of lifetime learning; acquires the ability to access information, follow developments in science and technology and self-improvement.

9

Gains awareness of occupational and social ethics responsibility; acquires knowledge about the standards used in engineering applications in the field.

10

Acquires business-life-oriented awareness and knowledge about entrepreneurship and innovation.

11

Acquires knowledge about the effects of engineering applications on health, environment and safety at universal and social extents and the engineering problems of today, and gains awareness about the legal consequences of engineering solutions.