1st TERM Class Code Class Name T A C. Fizik I Physics I Bilgisayar Programlama I (Java) Computer Programming I (Java)

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Serhat Çağatay
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1 Curriculum: Students need to take a total of 128 credits of classes to graduate from the Electrical and Electronics Engineering Undergraduate Program. With 8 credits of classes taught in Turkish and 120 credits of classes taught in English, %93.75 of the program will be taught in English. The required and elective classes to be taken every term are indicated below. T= Theoretical Class Hours, A= Applied Class Hours, C=Class Credits. 1st TERM MAT 121 Matematik I Mathematics I PHY 101 COM 121 Fizik I Physics I Bilgisayar Programlama I (Java) Computer Programming I (Java) TUR 101 Türk Dili I (Turkish Language I) ENG 105 Akademik Yazma Becerileri Academic Writing Skills TOTAL 17 2nd TERM MAT 122 PHY 102 COM 122 Matematik II Mathematics II Fizik II Physics II Bilgisayar Programlama II (C/C++) Computer Programming II (C/C++) TUR 102 Türk Dili II (Turkish Language II) ENG 106 Akademik Sunum Becerileri Academic Presentation Skills TOTAL 17 3rd TERM 201 Devre Analizi Circuit Theory 203 Elektronik Devreler Laboratuvarı I Electronic Circuits Laboratory I 0 2 1

The required and elective classes to be taken every term are indicated below. T= Theoretical Class Hours, A= Applied Class Hours, C=Class Credits.

2 205 Sayısal Sistem Tasarımı Logic Design MAT 221 IND 221 Doğrusal Cebir Linear Algebra Mühendislik Ekonomisi Engineering Economics ATA 201 Ataturk s Principles and Reforms History I TOTAL 17 4th TERM MAT 222 MAT 232 Elektronik Devreler Electronic Circuits Elektronik Devreler Laboratuvarı II Electronic Circuits Laboratory II Elektromanyetik Teori Electromagnetic Theory Diferansiyel Denklemler Differential Equations Kompleks Analiz Complex Analysis ATA 202 Ataturk s Principles and Reforms History II TOPLAM 17 5th TERM 301 IND Sinyaller ve Sistemler Signals and Systems Olasılık ve İstatistik Probability and Statistics Elektrik Mühendisleri için Matematiksel Yöntemler Mathematical Methods for Electrical Engineers Mikroişlemciler Microprocessors Seçmeli Kültür Dersi Cultural Elective Course TOTAL 15 6th TERM 302 Otomatik Kontrol Sistemleri

Diferansiyel Denklemler Differential Equations Kompleks Analiz Complex Analysis 0 2 1 ATA 202 Ataturk s Principles and Reforms History II 2 0 2 TOPLAM 17 5th TERM 301 IND 323 305 307 Sinyaller ve

3 304 COM Automatic Control Systems Haberleşme Sistemleri Communication Systems Gömülü Sistemler Embedded Systems Sayısal İşaret İşleme Digital Signal Processing Seçmeli Kültür Dersi Cultural Elective Course TOTAL 15 7th TERM 495 Bitirme Tasarım Projesi I Senior Design Project Seçmeli Teknik Ders I Technical Elective Course I Seçmeli Teknik Ders II Technical Elective Course II Seçmeli Teknik Ders III Technical Elective Course III Seçmeli Kültür Dersi Cultural Elective Course TOTAL 15 8th TERM 496 Bitirme Tasarım Projesi II Senior Design Project Seçmeli Teknik Ders IV Technical Elective Course IV Seçmeli Teknik Ders V Technical Elective Course V Seçmeli Teknik Ders VI Technical Elective Course VI Seçmeli Kültür Dersi Cultural Elective Course TOTAL 15 MAJOR ELECTIVES T A C Doğrusal Sistemler Control 401 Linear Systems

Teknik Ders III Technical Elective Course III Seçmeli Kültür Dersi Cultural Elective Course TOTAL 15 8th TERM 496 Bitirme Tasarım Projesi II Senior Design Project Seçmeli Teknik Ders IV Technical

4 Robotics Electronics Electromagnetics Biomedical Kontrol Sistemleri II Control Systems II Doğrusal Olmayan Sistemler Nonlinear Systems Dijital Kontrol Sistemleri Digital Control Systems Endüstriyel Kontrol Sistemleri Industrial Control Systems Robotik ve Algılama Robotics and Sensing Mekatronik Sistem Tasarımı Mechatronic System Design Elektrik Makinalarının Tasarımı Electrical Machinery Design Bulanık Mantık Fuzzy Logic Sürücü Sistemleri Drive Systems Akıllı Sistemler Intelligent Systems Yarıiletken Teknolojisi Semiconductor Device Technology CMOS VLSI Tasarımı CMOS VLSI Design Endüstriyel Elektronik Industrial Electronics Devre Sentezi Circuit Synthesis Süperiletken Elektroniği I Superconductor Electronics I Süperiletken Elektroniği II Superconductor Electronics II Doğrusal Olmayan Haberleşme Eletroniği Nonlinear Electronics for Communication Circuits Mikrodalgalar Microwaves Antenler ve Dalga Yayılımı Antennas and Wave Propagation Biyomedikal Mühendisliği Biomedical Engineering Tıbbi Görüntüleme Sistemleri Medical Imaging Systems Optics Optik Optics Fotonik Photonics

Tasarımı Mechatronic System Design Elektrik Makinalarının Tasarımı Electrical Machinery Design Bulanık Mantık Fuzzy Logic Sürücü Sistemleri Drive Systems Akıllı Sistemler Intelligent Systems

5 Communications Signal Processing Power Systems Optik Haberleşme Optical Communications Fourier Optiği ve Holografi Fourier Optics and Holography Kablosuz Haberleşme Wireless Communications Haberleşme Sistemleri II Communication Systems II Haberleşme Ağları Communication Networks Sayısal Haberleşme Digital Communications Radar Sinyal İşlemenin Temelleri Fundamentals of Radar Signal Processing Bilgi Güvenliği ve Kriptografi Information Security and Cryptography Sezim ve Kestirim Teorisi Detection and Estimation Theory Bilişim Kuramı Information Theory Sayısal Görüntü İşleme Digital Image Processing Uzaysal Dizilimli Sinyal İşleme Array Signal Processing Kestirime Giriş Introduction to Estimation Güç Sistemleri Analizi I Power System Analysis I Güç Sistemleri Analizi II Power System Analysis II Güç Sistemlerinde İzolasyon Isolation in Power Systems Yüksek Gerilim Kesicileri High Voltage Circuit Breakers Enerji Dağıtımı I Distribution Engineering I Enerji Dağıtımı II Distribution Engineering II Enerji Hatları Energy Transmission Lines Avionics Systems Aydınlatma Tekniği Lighting Techniques Aviyonik Sistemlere Giriş Introduction to Avionics Systems Modern Radar Sistemleri Modern Radar Systems

Communications Radar Sinyal İşlemenin Temelleri Fundamentals of Radar Signal Processing Bilgi Güvenliği ve Kriptografi Information Security and Cryptography Sezim ve Kestirim Teorisi Detection and

6 Hava Araçları Haberleşme Sistemleri Aircraft Communication Systems Aviyonik Navigasyon Sistemleri Avionics Navigation Systems European Credit Transfer System Curriculum: The ECTS Curriculum for the program is given below. The total number of classes is 42, the number of credits is 128 and the ECTS credits is Credits ECTS 1-2 ECTS MAT 121 Mathematics I MAT 122 Mathematics II PHY 101 Physics I PHY 102 Physics II COM COM Computer Programming II 121 Computer Programming I (Java) (C/C++) TUR 101 Turkish Language I TUR 102 Turkish Language II ENG 105 Academic Writing Skills ENG 106 Academic Presentation Skills Total Number of Classes 5 5 Total Number of Classes 5 5 Total Credits Total Credits Circuit Theory Electronic Circuits Electronic Circuits Laboratory I Electronic Circuits Laboratory 204 II Logic Deisgn Electromagnetic Theory MAT MAT 221 Linear Algebra Differential Equations IND 221 Engineering Economics MAT 232 Complex Analysis ATA 201 Ataturk s Principles and Reforms History I ATA 202 Ataturk s Principles and Reforms History II Total Number of Classes 6 6 Total Number of Classes 6 6 Total Credits Total Credits Signals and Systems Automatic Control Systems IND Probability and Statistics 304 Communication Systems Mathematical Methods for Electrical Engineers COM Embedded Systems Microprocessors Digital Signal Processing

1-1 Credits ECTS 1-2 ECTS MAT 121 Mathematics I 4 4-0-4 8 MAT 122 Mathematics II 4 4-0-4 8 PHY 101 Physics I 4 3-2-4 8 PHY 102 Physics II 4 3-2-4 8 COM COM Computer Programming II 121 Computer

7 Cultural Elective Course Cultural Elective Course Total Number of Classes 5 5 Total Number of Classes 5 5 Total Credits Total Credits Senior Design Project I Senior Design Project II Technical Elective Course I Technical Elective Course IV Technical Elective Course II Technical Elective Course V Technical Elective Course III Technical Elective Course VI Cultural Elective Course Cultural Elective Course Total Number of Classes 5 5 Total Number of Classes 5 5 Total Credits Total Credits According to the ECTS program the total number of classes is 42, the total number of credits is 128 and the total ECTS credits is 240. Double Major Program: A student enrolled in another engineering program can take an extra of 34 credits of classes given below to double major in Electrical and Electronics Engineering. 222 Double Major Classes Fundamentals of Electrical and Electronic Circuits Electronic Circuits Laboratory I Electronic Circuits Laboratory II Logic Design Electromagnetic Theory Signals and Systems Automatic Control Systems Communication Systems Mathematical Methods for Electrical Engineers Microprocessors 3 IND 323 Probability and Statistics 3 COM 306 Embedded Systems 3

3-0-3 6 Technical Elective Course III 3 3-0-3 6 Technical Elective Course VI 3 3-0-3 6 Cultural Elective Course 3 3-0-3 6 Cultural Elective Course 3 3-0-3 6 Total Number of Classes 5 5 Total Number

8 Minor Program: A student enrolled in another engineering program must take an extra of 21 credits of classes given below to have a minor in Electrical and Electronics Engineering. 222 Minor Classes Fundamentals of Electrical and Electronic Circuits Logic Design Electromagnetic Theory Signals and Systems Automatic Control Systems Communication Systems 3

222 Minor Classes Fundamentals of Electrical and Electronic Circuits 3 205 Logic Design 4 206

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