BS Electronics and Communications Engineering

General Information

Electronics and Communication Engineering is an engineering field consisting of electronics, communication, computer, general engineering, physics, mathematics and chemistry disciplines. In the fast-developing electronics and communication industry, the Electronics and Communication Engineering Program aims to increase the success chance of the graduates in business life by focusing on more specific areas and to develop engineers with their own unique features of the field of Electronics and Communication Engineering with the help of specially designed curriculum, experiments and design projects, teaching and learning environment, laboratory and other application fields. Prepared in accordance with the criteria of the highest-level accreditation bodies such as ABET, this program is designed to meet the expectations of the international engineering industry, production and services sectors.

Education

One of the most important goals of the Electronics and Communications Engineering program is to graduate engineers who are capable of successfully using global engineering tools and methods, designing and implementing new communication methods and tools, aware of international languages and yield as entrepreneurial engineers. More specifically, the main aims of Electronics and Communications Engineering Program is to graduate Electronics and Communications Engineers who

are able to follow the technological and scientific developments in the field of Engineering and Basic Sciences,
can design, install and operate electronic and communication devices, perform periodic maintenance and calibration,
will be able to provide consultancy services to firms operating for this purpose or firms that use electronic and communication technologies widely,
are able to provide consultancy services to companies in the industry doing business in electronics and communications field or using electronics and communications devices extensively,
has the competent scientific production power to design new electronic and communication devices,
accept science as the basis for professional practice,
has numerical and academic thinking power,
are self-taught, lifelong learners,
do not refrain from taking responsibility,
can contribute to the transformation of internationally produced knowledge into social and industrial benefits,
behave with ethical behavior awareness,
has the spirit of leadership and high motivation,

Career Opportunities

Electronics and Communication Engineers can be employed in fields such as

universities,
hospitals,
mobile and fixed communication service providers,
internet service providers,
transportation sector,
industry and production sectors which deal with electronic and communication technologies or use the electronics and communication devices intensively
maintenance-repair units in enterprises
in transferring electronics and communications technologies to the working environments,
device selection, technical specification preparation and evaluation,
end user training,
establishment, development and operation of the automation system,
work as engineers during the installation and development of security systems.

Contact

Tel: +90 392 630 1301
Fax: +90 392 365 1648
E-mail: infoee@emu.edu.tr
Web: http://ee.emu.edu.tr

Please contact to department and/or faculty for detailed information about courses.

Ref.	Course Code	Course Title	Lec.	Lab	Tut.	Credit	ECTS
Semester 1
2H111	CHEM101	General Chemistry	4	1	-	4	6
2H112	PHYS101	Physics - I	4	1	-	4	6
2H113	EENG112	Introduction to Programming	4	1	-	4	7
2H114	MATH151	Calculus - I	4	-	1	4	6
2H115	ENGL191	Communication in English - I	3	1	-	3	5
2H115	ENGL181	Academic English - I	5	1	-	3	5
Semester 2
2H121	ECOM102	Introduction to Electronics and Communications Engineering	-	-	1	-	1
2H122	PHYS102	Physics - II	4	1	-	4	6
2H123	MATH106	Linear Algebra	3	-	1	3	5
2H124	MATH152	Calculus - II	4	-	1	4	6
2H125	ENGL192	Communication in English - II	3	-	1	3	5
2H125	ENGL182	Academic English - II	5	1	-	3	5
2H126	EENG115	Introduction to Logic Design	4	1	-	4	8
2H126	EENG315	Introduction to Logic Design	4	1	-	4	7
Semester 3
2H131	MATH207	Differential Equations	4	1	-	4	6
2H132	CMPE231	Data Structures	3	2	2	4	7
2H132	CMPE211	Object Oriented Programming	4	1	2	4	7
2H132	EENG212	Algorithms and Data Structures	4	1	-	4	7
2H133	EENG223	Circuit Theory - I	4	1	-	4	7
2H134	MATH252	Mathematical Methods for Engineers	4	1	1	4	6
2H135	TUSL181	Turkish as a Second Language	2	-	-	2	2
2H135	HIST280	Atatürk İlkeleri ve İnkilap Tarihi	2	-	-	2	2
Semester 4
2H141	CMPE224	Digital Logic Systems	4	1	2	4	6
2H142	EENG224	Circuit Theory - II	4	1	-	4	7
2H143	EENG226	Signals and Systems	4	1	-	4	7
2H144	EENG245	Physical Electronics	4	-	1	4	7
2H145	MATH322	Probability and Statistical Methods	3	-	1	3	6
Semester 5
2H151	EENG320	Control Systems - I	4	1	-	4	5
2H152	EENG232	Electromagnetics - I	4	-	1	4	7
2H153	EENG341	Electronics - I	4	1	-	4	7
2H154	EENG360	Communication Systems - I	4	1	-	4	7
2H155	UE01	University Elective - I	3	-	-	3	3
Semester 6
2H161	EENG342	Electronics - II	4	1	-	4	7
2H162	EENG461	Communication Systems - II	4	1	-	4	7
2H163	IENG420	Fundamentals of Engineering Economy	3	-	-	3	3
2H164	EENG331	Electromagnetics - II	3	1	1	3	7
2H165	ENGL201	Communication Skills in English III - Technical Report Writing	3	1	-	3	4
Semester 7
2H171	ECOM405	Graduate Design Project Proposal	1	1	-	1	1
2H172	EENG403	Summer Training	-	-	-	-	1
2H173	UE02	University Elective - II	3	-	-	3	3
2H174	AE01	Area Elective - I	3	-	-	3	7
2H175	AE02	Area Elective - II	3	-	-	3	7
2H176	ECOM442	Communication Electronics	4	-	1	4	7
Semester 8
2H181	EENG406	Graduate Design Project	1	4	-	3	7
2H182	AE03	Area Elective - III	3	-	-	3	7
2H183	AE04	Area Elective - IV	3	-	-	3	7
2H184	UE03	University Elecitive - III	3	-	-	3	4
2H185	CMPE344	Computer Networks	4	1	2	4	7
2H185	EENG412	Data Communications and Computer Networks	4	1	-	4	7
2H185	ECOM413	Fundamentals of Telecommunication Networks	4	1	-	4	7