Electrical and Electronics Engineering

Overview

About Electrical and Electronics Engineering at Isik University

The program covers all major areas of Electrical and Electronics Engineering, particularly focusing on the topics of Telecommunications, Electronics, Signals and Systems, and Signal and Image Processing. In addition to completing the core courses required for Electrical and Electronics Engineering, students acquire hands-on experience through intensive laboratory and project works related to current practices in these areas. A wide range of technical elective courses are also offered to provide knowledge and professional skills that will allow students to develop careers in industries related to these areas, as well as to pursue subsequent graduate studies. With a balanced coverage of additional complementary and non-technical elective courses, the program aims to provide interdisciplinary, intellectual and practical skills that will prepare students for diverse career paths.

Program Objectives

The objectives of the Electrical and Electronics Engineering B.S. program at Isik University are;

• To graduate engineers equipped with a solid background in electronics engineering and related areas of fundamental sciences,

• To graduate engineers with sufficient technical maturity for productive and successful engineering carreers, both in national and international arena,

• To graduate engineers capable of continuously updating their knowledge and skills as well as following state of the art developments; and able and willing to continue to higher education,

• To graduate engineers with self-learning, teamwork and interdiciplinary cooperation capabilities,

• To graduate engineers who are aware of their professional and ethical responsibilities, have the ability to communicate effectively with written, oral, and visual means and who are sociable and well rounded,

• A comprehension of mathematics (algebra, differential, integral and probability), science (physics and chemistry) and fundamentals of computer science (programming and simulation),

• Ability to apply knowledge of mathematics, science, and engineering to problems in electrical and electronics engineering,

• Ability to recognize the needs and challenges of our age, to assess the global and social impacts of engineering solutions and to have innovative and entrepreneurial awareness,

• Comprehension of professional and ethical responsibility,

• Ability to design and conduct experiments, as well as to analyze and interpret data,

• Ability to identify, formulate and solve problems related with electrical and electronics engineering in complex engineering projects,

• Ability to design and integrate electronic system components to satisfy given requirements,

• Ability to take individual responsibilities and to work as part of a team, to have knowledge about the project management and business environment,

• Ability to effectively communicate knowledge and opinions via written, oral and visual means,

• Ability to recognize the need for, and be motivated to engage in life-long learning,

• Ability to use the hardware and software based modeling, simulation, design and communication tools necessary for engineering practice,