Department of Mechatronics Engineering

Course Structure Diagram with Credits

To see the course details (such as objectives, learning outcomes, content, assessment and ECTS workload), click the relevant Course Code given in the table below.

1. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
CHEM 100		General Chemistry	2	2	3	6
ENG 101		Academic Skills in English I	2	2	3	3
FENG 101		Fundamentals of Engineering Culture	2	0	2	4
IUE 100		Orientation and Career Planning	1	0	1	2
MATH 153		Calculus I	2	2	3	6
PHYS 100		General Physics I	2	2	3	6
SFL 1013		Second Foreign Languages I	2	2	3	3
Total :						30

1. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ENG 102		Academic Skills in English II	2	2	3	4
FENG 102		Introduction to Engineering	2	0	2	4
MATH 154		Calculus II	2	2	3	6
PHYS 102		General Physics II	2	2	3	6
SE 113		Introduction to Programming	2	2	3	6
SFL 1024		Second Foreign Languages II	2	2	3	4
Total :						30

2. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 205		Fundamentals of Electrical Circuits	2	2	3	5
MATH 207		Introduction to Differential Equations I	2	2	3	5
MCE 202		Microcontrollers	2	2	3	6
ME 203		Engineering Drawing	1	4	3	5
ME 211		Statics for Engineers	3	0	3	5
SFL 201		Second Foreign Languages III	2	2	3	4
Total :						30

2. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 206		Introduction to Electronics	2	2	3	5
EEE 242		Digital Design	2	2	3	5
MATH 250		Linear Algebra for Engineers	3	0	3	6
ME 206		Dynamics	3	0	3	5
ME 208		Mechanics of Materials	2	2	3	5
SFL 202		Second Foreign Languages IV	2	2	3	4
Total :						30

3. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
EEE 309		Signals and Systems	3	2	4	6
FENG 345		Numerical Methods for Engineers I	2	2	3	7
MATH 236		Engineering Statistics	3	0	3	6
MCE 306		Fundamentals of Machine Design	2	2	3	6
MCE 310		System Dynamics and Control	2	2	3	5
Total :						30

3. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ELEC 001		Elective Course I	3	0	3	5
ENG 210		Technical English for Engineers	3	0	3	4
FENG 346		Numerical Methods for Engineers II	3	0	3	6
MCE 303		Sensors and Actuators	2	2	3	5
MCE 304		Measurements and Instrumentation	2	2	3	6
TURK 100		Turkish	4	0	4	4
Total :						30

4. Year Fall Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ELEC 002		Elective Course II	2	2	3	5
ELEC 003		Elective Course III	2	2	3	5
FENG 497		Multidisciplinary Engineering Projects	2	2	3	6
MCE 402		Mechatronic System Design	2	2	3	6
POOL 003		GEC-Social Sciences A: Economics	3	0	3	4
POOL 006		GEC- Social Awareness and Ethics	3	0	3	4
Total :						30

4. Year Spring Semester
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
ELEC 004		Elective Course IV	2	2	3	5
ELEC 005		Elective Course V	2	2	3	5
FENG 498		Engineering Capstone	0	6	3	6
HIST 100		Principles of Atatürk and History of Revolution	4	0	4	4
MCEST 406		Engineering Summer Training (4 weeks)	0	0	0	6
POOL 007		GEC-Innovation and Entreprenuership	3	0	3	4
Total :						30

Elective Courses
Code	Pre.	Course Name	Theory	App/Lab	Local Credits	ECTS
AE 301		Aerodynamics	2	2	3	5
AE 304		Flight Mechanics	3	0	3	5
AE 405		Aircraft Design	3	0	3	6
AE 414		Spacecraft Design	3	0	3	6
AE 416		Unmanned Aerial Vehicle	3	0	3	6
CE 221		Data Structures and Algorithms I	3	2	4	7
CE 223		Database Systems	3	2	4	7
CE 315		Automata Theory and Formal Languages	3	2	4	7
CE 322		Pattern Recognition	3	0	3	5
CE 323		Operating System Concepts	3	2	4	7
CE 326		Computer Networks	2	2	3	6
CE 342		Fundamentals of Microprocessors	2	2	3	6
CE 344		Advanced Machine Learning	3	0	3	5
CE 345		Introduction to Machine Learning	3	0	3	5
CE 350		Linux Utilities and Shell Scripting	3	0	3	5
CE 360		Wireless Communications	3	0	3	5
CE 395		Special Topics in Machine Learning	3	0	3	5
CE 401		Algorithms Design	3	0	3	5
CE 407		Introduction to Cloud Computing	3	0	3	5
CE 455		Deep Neural Networks	3	0	3	5
CE 466		Computer Vision	3	0	3	5
CE 470		Introduction to Neural Networks	3	0	3	5
CE 477		Data Science	3	0	3	5
CE 490		Introduction to Digital Image Processing	3	0	3	5
EEE 302		Principles of Communication	3	2	4	7
EEE 307		Electrical Energy Conversion	2	2	3	6
EEE 335		Application Development for Internet of Things Systems	2	2	3	6
EEE 406		Principles of Biomedical Engineering	3	0	3	5
EEE 413		Digital Signal Processing	2	2	3	6
EEE 416		Radar, Sonar and Sismic Signal Processing	2	2	3	5
EEE 420		FPGA (Field Programmable Gate Array) Design Using HDL (Hardware Description Language)	2	2	3	6
EEE 426		Remote Sensing	2	2	3	5
EEE 461		Embedded System Design	2	2	3	6
IE 215		Engineering Economics	3	0	3	5
IE 328		Production and Service Systems Management	3	0	3	5
IE 329		Lean Production	3	0	3	5
IE 333		Manufacturing Automation	3	0	3	5
IE 371		Engineering Systems Analysis	3	0	3	6
IE 372		Project Management	3	0	3	5
MCE 320		Introduction to Thermal and Fluid Engineering	2	2	3	5
MCE 330		Robot Operating System	3	0	3	6
MCE 340		Materials and Manufacturing Processes	2	2	4	6
MCE 350		Industrial Embedded Systems	2	2	3	6
MCE 403		Intro. to Microelectromechanical Systems	3	0	3	5
MCE 411		Introduction to Robotics	3	2	4	6
MCE 412		Autonomous Robotics	2	2	3	6
MCE 420		Automation and Industry 4.0	2	2	3	6
MCE 440		Hardware Interface Programming	2	2	3	6
MCE 450		Control Systems Design	3	0	3	6
MCE 460		Intelligent Systems	3	0	3	6
ME 201		Engineering Thermodynamics	4	0	4	5
ME 202		Materials Science	2	2	3	5
ME 204		Manufacturing Technologies	2	2	3	6
ME 301		Dynamics of Machinery	2	2	3	5
ME 304		Heat Transfer	2	2	3	5
ME 305		Fluid Mechanics	2	2	3	5
ME 308		Machine Elements II	2	2	3	6
ME 422		Manufacturing Engineering	3	0	3	5
ME 423		Finite Element Method	2	2	3	6
ME 424		Introduction to Computational Fluid Mechanics	2	2	3	5
ME 425		Mechanical Vibrations	2	2	3	6
ME 426		Vehicle Aerodynamics	3	0	3	5
ME 427		Hydraulic and Pneumatic Circuits	2	2	3	5
ME 430		Automation of Design and Manufacturing	2	2	3	5
SE 115		Introduction to Programming I	2	2	3	6
SE 116		Introduction to Programming II	2	2	3	6
SE 307		Concepts of Object-Oriented Programming	2	2	3	7
SE 310		Advanced C++: Templates and Generic Programming	3	0	3	5
SE 380		Mobile Application Development	3	0	3	5
SE 390		Software Engineering for Mobile Devices	3	0	3	5
SE 420		Artificial Intelligence and Expert Systems	3	0	3	5

Additional Notes

For System Dynamics and Control (MCE 310) Course;

As of the fall semester of the 2023-2024 academic year, the prerequisite "MATH 207 to have at least FD" will be applied.

For Fundamentals of Machine Design (MCE 306) Course;

As of the fall semester of the 2023-2024 academic year, the prerequisite "ME 208 to have at least FD" will be applied.

Total IUE Credit: 140

Total ECTS Credit: 240

In order to graduate, at least 240 ECTS credit courses must be successfully completed. Students must complete GEC (General Elective Course) and elective courses to provide a total of 240 ECTS. Otherwise, they will be deemed to have not fulfilled the conditions in order to graduate from the program.

Important Explanations About Elective Courses

Mechatronics Engineering Department students are required to take 5 technical elective courses in order to graduate.

Technical elective courses must be taken from the Technical Elective Courses List, courses taken outside of that list cannot be counted as technical electives.

Important Explanations About GEC Courses

Mechatronics Engineering Department students must take 3 GEC (General Education Courses) to graduate.

From the GEC;

- 1 course from the field of Social Sciences A: Economics (POOL 003)

- 1 course from the field of Social Awareness and Ethics (POOL 006)

- 1 course from the field of Innovation and Entrepreneurship (POOL 007)

should be taken.

When selecting a new technical, GEC, or free elective course, it should not be the same, similar, or less comprehensive as any course you have previously taken in your curriculum or any compulsory course in your curriculum that you have not taken yet. In this case, the courses you have taken will not be counted as any elective courses (technical, GEC, or free elective) and will not fulfill any qualifications in the curriculum. Please, do not select courses that are in this case. For example, a student who takes MATH 153 or has MATH 153 in his curriculum cannot take MATH 101 from the Mathematics department and cannot count it as an elective even if he has taken it.

When you successfully complete your first mandatory second foreign language course, the next second foreign language course can be selected only among its continuation courses of codes 301, 302, 401, and 402.

You can access the regulations about Foreign languages to be put into effect as of the 2020 - 2021 Academic Year by the following link.

https://www.ieu.edu.tr/en/announcements/type/read/id/10393

If you need support for these courses due to your disability, please refer to Disability Support Unit. Contact; engelsiz@ieu.edu.tr

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