Elektrik-Elektronik Mühendisliği Lisans Diploması

• Applying the knowledge of math, science, engineering Setting up and performing experiments, analyze and interpret results
• Designing a system, process, or a component satisfying requirements
• Performing in multidisciplinary teams Recognizing, describing, determining and solving engineering problems Performing through professional and ethical responsibility
• Communicating effectively Gaining broad education to be aware of universal and social effects of engineering solutions Recognizing the need and developing the skills for lifelong learning
• Gaining appreciation of contemporary issues
• Gaining skills to use recent techniques and modern tools for electrical-electronics engineering applications

Students are subjected to midterm and final exam for each course. The contribution of the midterm exam is 40%, and the contribution of the final exam is 60%. All exams are evaluated on a score of 100 and a minimum score of 40 is required for the final exam. Students taking one of the (AA), (BA), (BB), (CB) and (CC) letter grades from a course are considered successful.To be able to secure the bachelors degree in the field of Electrical-Electronics Engineering (and thus the title of B.Sc. in Electrical-Electronics Engineer) the students are required to (a) have passed all courses in the curriculum with a grade of at least CC,(b) have achieved a cumulative gross point average of at least 2.00 out of 4.00, (c) completed the compulsory practical placement period of 60 days at least at two different places and had a passing grade for the reports prepared for these placements, (d) prepared a graduation thesis, submitted and successfully defended with a passing grade.

1 - High school diploma,2 - Obtaining the required grade from the Undergraduate Placement Exam (LYS),3 - Placement certificate issued by the Student Selection and Placement Centre (OYS).

The graduates of the Electrical-Electronics Engineering Program works as engineer in public and private sectors, as research engineer in R&D Departments of enterprises, and as academicians after completing masters and doctorate education. Electrical-Electronics Engineers have ample job opportunities in domestic and international labor markets. According to the 2004-dated report of the Commission on Work Areas and their Definitions of the (Turkish) Chamber of Electrical Engineers, job opportunities and venues were listed as follows:•Energy transmission Systems and networks•Electrical machines•Energy generation Systems, load management and system planning, generator centers•Energy storage units•Lighting and electrical lining•Elevators, escalators, moving pathways, cranes•Electrical transportation systems•Grounding, voltage balancing, protection and prevention against surcharge such as lightning strikes•Television/radio communication Technologies, Systems, and networks•Data communication technologies and systems, communication networks•Fiber optical cable and conductor technologies•Mobile/satellite communication,•Radars and systems•Automation Systems, industrial electronics•Electronic circuit design and production•Air transportation systems•Position and navigation systems•Signalization•Security systems, voice-image-video apparatus •Computers and computer systems•Robotics technology•Medical (biomedical) electronics•Building/campus electrification and intelligent building systems•Test and measurement apparatus.

Qualification is continuous