100% English Programme

Recognition and Equivalence Regulations

Course Content

Prequisite Chain

 

Annex 4. Full Curriculum Form(1) (Amended: Decision No. 2021/127 of the Meeting No. 10 of the Senate of Gazi University dated 20/05/2021)

Use abbreviations for the course category; list each category separately for course name, credit, prerequisites, and elective courses. You may duplicate the cells allocated for semesters as needed.

Course Code

Course Name

Language(2)

Category(Credits (ECTS))(3)

Core Field Education(4)

Vocational / Technical Courses(5)

Vocational / Technical Elective Courses

Other(6)
1st Semester

EEE101

Intro. To Electrical-Electronics Eng.

 English

2

EEE103

Computer Programming

 English

6

EEE105

Material Science

 English

2

3

PHYS103

Physics I

 English

6

MATH101

Mathematics I

 English

6

ENG103

English I

 English

3

HIST101

History of Turkish Revolution and Atatürk’s Principles I

 English

2
2nd Semester

EEE104

Logic Circuit Design

 English

5

EEE106

Logic Circuit Design Lab.

 English

2

PHYS104

Physics II

 English

6

PHYS156

Physics Lab.

 English

2

MATH102

Mathematics II

 English

6

MATH198

Linear Algebra

 English

4

ENG104

English II

 English

3

HIST102

History of Turkish Revolution and Atatürk’s Principles II

 English

2
3rd Semester

EEE201

Engineering Mathematics

 English

6

EEE209

Probability and Statistics

 English

5

EEE221

Circuit Theory I

 English

7

EEE223

Circuit Theory Laboratory I

English

2

ENG203

Academic English I

 English

3

MATH201

Differential Equations

 English

5

TUR101

Türk Dili I

 English

2
4th Semester

EEE212

Analog Electronics I

 English

6

EEE214

Analog Electronics Lab. I

 English

2

EEE222

Circuit Theory II

 English

6

EEE224

Circuit Theory Laboratory II

English

2

EEE252

Electromagnetic Field Theory

 English

2

3

ENG204

Academic English II

 English

3

MATH296

Complex Analysis

 English

4

TUR102

Türk Dili II

 Turkish

2
5th Semester

EEE301

Seminar

 English

2

EEE303

Programming with Python for Engineers

 English

3

EEE311

Analog Electronics II

 English

6

EEE313

Analog Electronics Lab. II

 English

2

EEE321

Signals and Systems

 English

5

EEE331

Foundations of Energy Systems

 English

4

EEE351

Electromagnetic Waves

 English

2

2

ADS

Non-Field Elective I

 English

2

EEE200(*)(**)

Summer Practice I

 English

2

6th Semester

EEE304

Microprocessors

 English

5

EEE306

Microprocessors Laboratory

 English

2

EEE308

Numerical Analysis

 English

4

EEE326

Control Systems I

English

6

EEE336

Electromechanical Energy Conv. Sys.

 English

5

ETE

Engineering Technical Elective

 English

3

ADS

Non-Field Elective II

 English

2

EEE392  (**)

Project Management

 English

3
7th Semester

EEE491 (*)(**)

EE Engineering Design I

 English

5

TEA(*)

Technical Elective A

 English

7

TEA(*)

Technical Elective A

 English

7

TEB(*)

Technical Elective B

 English

6

OHS401

Occupational Health and Safety I

 English

2

EEE300(*)(**)

Summer Practice II

 English

3
8th Semester

EEE492 (*)(**)

EE Engineering Design II

 English

4

TEB(*)

Technical Elective B

 English

6

TEB(*)

Technical Elective B

 English

6

TEB(*)

Technical Elective B

 English

6

TEB(*)

Technical Elective B

 English

6

OHS401

Occupational Health and Safety I

 English

2
CATEGORY TOTALS IN THE PROGRAM

60

97

44

39
Total Credits/ECTS for Graduation

240

240

240

240
PERCENTAGE OF TOTALS IN THE OVERALL TOTAL

%25

%40.41

%18.33

%16.25

The totals must meet at least one of these rows.(7)

Minimum Credit/ECTS Credit

Minimum Percentage

%60

%10(8)

(*) This course can also be offered in off-semesters.

(**) Special evaluation course.

Notes:

  1. If the instruction is given in a foreign language, write the form in both Turkish and the language of instruction.
  2. Specify the language of instruction.
  3. If a course belongs to more than one category, its total credits can be distributed among these categories using whole numbers.
  4. Examples of core fields according to higher education areas: Physics, Chemistry, Biology, Earth Sciences, Social and Humanities Sciences, Economics and Administrative Sciences, Competency course, etc.
  5. Thesis Preparation, Thesis Study, and Seminar courses should be included in the Vocational/Technical Courses category.
  6. Other: Topics that do not fall into the three categories in the table. Examples: Basic computer use and programming, YÖK 5(i), Scientific Research Methods and Ethics, non-technical electives, out-of-field electives, etc.

(7) When calculating totals, all mandatory courses must be included, while for elective courses, only the number specified in the education plan should be counted.

(8) It is the minimum percentage of elective courses in the entire curriculum.

 

ELECTIVE COURSE PACKAGES

T

A

Cr

ECTS

TE Group

ELECTRONICS (4 mandatory + 3 elective courses)

 

 

 

 

 

EEE411

Digital Integrated Circuits

3

2

4

7

TEA

EEE412

Analog CMOS Integrated Circuits

3

0

3

6

TEB

EEE414

Optoelectronics

3

0

3

6

TEB

EEE419

Communication Electronics

3

0

3

6

TEB
           

 

CONTROL (4 mandatory + 3 elective courses)

        

 

EEE421

Digital Signal Processing

3

0

3

6

TEB

EEE423

Industrial Control

3

0

3

6

TEB

EEE424

Discrete Time Control Systems

3

0

3

6

TEB

EEE426

Nonlinear Control Systems

3

0

3

6

TEB
           

 

POWER ELECTRONICS (4 mandatory + 3 elective courses)

        

EEE423

Industrial Control

3

0

3

6

TEB

EEE431

Power Electronics I

3

0

3

6

TEB

EEE432

Power Electronics II

3

2

4

7

TEA

EEE434

Electrical Motors and Drives

3

2

4

7

TEA
           

 

COMMUNICATION (4 mandatory + 3 elective courses)

        

 

EEE421

Digital Signal Processing

3

0

3

6

TEB

EEE441

Communication Systems I

3

2

4

7

TEA

EEE442

Communication Systems II

3

2

4

7

TEA

EEE444

Digital Communication

3

0

3

6

TEB
           

 

MICROWAVE AND ANTENNAS (4 mandatory + 3 elective courses)

 

  

EEE441

Communication Systems I

3

2

4

7

TEA

EEE451

Microwave Techniques I

3

2

4

7

TEA

EEE454

Antennas

3

2

4

7

TEA

EEE456

Electromagnetic Modelling

3

0

3

6

TEB
           

 

BIOMEDICAL (3 mandatory + 4 elective courses)

        

 

EEE421

Digital Signal Processing

3

0

3

6

TEB

EEE461

Intro. to Biomedical Engineering

3

2

4

7

TEA

EEE462

Medical Imaging Systems

3

0

3

6

TEB
           

 

POWER SYSTEMS AND HIGH VOLTAGE ENGINEERING (4 mandatory + 3 elective courses)

 

  

EEE471

Power System Analysis I

3

0

3

6

TEB

EEE472

Power System Analysis II

3

0

3

6

TEB

EEE475

Energy Distribution I

3

0

3

6

TEB

EEE478

High Voltage Techniques

3

2

4

7

TEA
             

COMPUTER (4 mandatory + 3 elective courses)

          

EEE421

Digital Signal Processing

3

0

3

6

TEB

EEE481

Computer Architecture

3

0

3

6

TEB

EEE482

Data Structures

3

0

3

6

TEB

EEE484

Intro. To Computer Networks

3

2

4

7

TEA
             

ELECTIVE COURSES

          

EEE401

Electronic Measurement and Instrumentation

3

0

3

6

TEB

EEE413

Semiconductor Circuit Technology

3

0

3

6

TEB

EEE446

Introduction to Cryptography

3

0

3

6

TEB

EEE452

Microwave Techniques II

3

0

3

6

TEB

EEE453

Radio Wave Propogation

3

0

3

6

TEB

EEE458

Radio Frequency Electronic Circuits

3

0

3

6

TEB

EEE464

Biological Signals and Detection Methods

3

0

3

6

TEB

EEE473

Lighting Techniques

3

2

4

7

TEA

EEE476

Energy Distibution II

3

0

3

6

TEB

EEE485

Intro. to Artificial Intelligence

3

0

3

6

TEB

EEE474

Renewable En. Systems

3

0

3

6

TEB

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