University/Graduate School
Educational Objective of the School of Mechatronics Engineering
To cultivate creative realization ability of expert knowledge in mechatronics, which combines mechanical engineering and electrical and electronics engineering
To develop design ability that will meet the demands of the future knowledge-based society
To develop the communication ability to lead the globalization era
To cultivate leadership with responsibility and vision
To cultivate the basic abilities necessary to introduce and develop new technology
Educational Objective
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Educational Objective of the Production System Major
- Talented individuals with humanities knowledge : To cultivate engineering students with rationality and basic humanities knowledge
- Creative talented individuals : To cultivate production system engineers with creative problem-solving capabilities
- Talented professional individuals in engineering : To cultivate production system engineers with design, manufacturing and process management abilities
- Field-oriented talented individuals : To cultivate engineers who have the ability to carry out hands-on work and who are adaptable to new technology
- Global talented individuals : To cultivate global leaders equipped with global teaching and cooperation capabilities
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Educational Objective of the Control System Major
- Talented individuals with humanities knowledge : To cultivate talented individuals who have both fundamental engineering knowledge and basic fundamental abilities as well as humanities knowledge
- Talented professional individuals in engineering : To cultivate talented individuals who have both the design and analysis abilities for mechanical engineering technology and computer, control, electrical/electronics technologies
- Talented individuals adaptable to the field : To cultivate talented individuals who have both adaptability to the field and the ability to learn new technology
- Global talented individuals : To cultivate talented individuals who have the global capacity to lead a knowledge and information society
- Talented individuals in practical engineering : To cultivate talented individuals who have both teamwork skills and field teaching abilities
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Educational Objective of the Digital System Major
- Talented well-rounded individuals in engineering : To cultivate well-rounded engineers who have both basic cultural literacy and engineering knowledge
- Talented professional individuals in engineering : To cultivate talented professional individuals in engineering who can lead a knowledge-based society with digital knowledge and creative problem-solving capabilities
- Talented individuals who can lead engineering : To cultivate engineering leaders with communication and teaching abilities who can take the lead in the global era
Curriculum
Curriculum of the Production System Major (Based on the 2024 School Year)
* (Common): Courses recognized as major (common) electives for the 3 majors
| 1st semester | 2nd semester | |||||
|---|---|---|---|---|---|---|
| Freshman | Mathematical Thinking - Numerical Thinking | Physics Thinking 1 - Numerical Thinking | Computational Thinking - Numerical Thinking | Physics Thinking 2 - Numerical Thinking | Physics Experiments - Numerical Thinking | Problem Solving and Programming - Numerical Thinking |
| Differential Equations - Major Basic | ||||||
| CAD Design and Practice - Major Mandatory[Design Course] | Statics - Major Mandatory | Mechatronics Basic Practice - Major Mandatory | ||||
| Sophomore | Linear Algebra, - Major Basic | Numerical Analysis and Practice - Major Basic | ||||
| Material Mechanics - Major Mandatory | Thermodynamics - Major Mandatory | CAD/CAM Practice - Major Mandatory[Design Course] | Dynamics - Major Mandatory | Fluid Dynamics - Major Mandatory | ||
| Workshop Practice - Major Mandatory | ||||||
| PLC Practice - Major Elective | Semiconductor Devices - Major Elective | (Common) Circuit Theory and Practice - Major Elective | 3D CAD and Practice - Major Elective[Design Course] | Industrial Statistics and Practice - Major Elective | Theory of Mechanics - Major Elective | |
| (Common) Introduction to Artificial Intelligence - Major Elective | Microprocessors and Practice - Major Elective | |||||
| Junior | Engineering Design I (Capstone Design) - Major Mandatory[Design Course] | Engineering Design II (Capstone Design) - Major Mandatory[Design Course] | HRD OJT | |||
| Mechanical Materials - Major Elective | Applied Mechanics and Practice - Major Elective | 3D Printing and Practice - Major Elective[Design Course] | Mechanical Engineering Experiments - Major Elective | Mechanical Element Design - Major Elective[Design Course] | Finite Element Method and Practice - Major Elective[Design Course] | |
| Manufacturing Artificial Intelligence, - Major Elective | Understanding of Multiphysics Mechanical Systems - Major Elective | Semiconductor Processes and Practice - Major Elective | CNC Precision Process - Major Elective[Design Course] | Optimization and Design of Experiments - Major Elective | ||
| (Common) Robot Mechanism Design and Analysis - Major Elective | ||||||
| Senior | Graduation Design I (Capstone Design) - Major Mandatory[Design Course] | Graduation Design II (Capstone Design) - Major Mandatory[Design Course] | ||||
| Molding Analysis and Practice - Major Elective | Thermal Fluid Engineering Simulation and Practice - Major Elective | CAE Analysis-based Applied Dynamics - Major Elective[Design Course] | Semiconductor Packaging - Major Elective | AI-applied Production Design Technology - Major Elective | (Common) Smart Factory Process Control - Major Elective | |
| Semiconductor Micro Machining - Major Elective | Mechanical Behavior of Materials - Major Elective | Production and Quality Control - Major Elective | (Common) Image Processing - Major Elective | |||
| Special Lecture on Employment and Startups in Industries - Major Elective | ||||||
Refer to the university catalog or contact the school office for details
Curriculum of the Control System Major (Based on the 2024 School Year)
* (Common): Courses recognized as major (common) electives for the 3 majors
| 1st semester | 2nd semester | |||||
|---|---|---|---|---|---|---|
| Freshman | Mathematical Thinking - Numerical Thinking | Physics Thinking 1 - Numerical Thinking | Computational Thinking - Numerical Thinking | Physics Thinking 2 - Numerical Thinking | Physics Experiments - Numerical Thinking | Problem Solving and Programming - Numerical Thinking |
| Differential Equations - Major Basic | ||||||
| CAD Design and Practice - Major Mandatory[Design Course] | Statics - Major Mandatory | Mechatronics Basic Practice - Major Mandatory | ||||
| Sophomore | Linear Algebra - Major Basic | Numerical Analysis and Practice - Major Basic | ||||
| Material Mechanics - Major Mandatory | Thermodynamics - Major Mandatory | Dynamics - Major Mandatory | ||||
| PLC Practice - Major Elective | Circuit Theory and Practice - Major Elective | 3D Modeling and Printing Practice - Major Elective | Electronic Circuit Basics and Practice - Major Elective | Digital Circuit Design and Practice - Major Elective[Design Course] | Theory of Mechanics - Major Elective | |
| Introduction to Artificial Intelligence - Major Elective | (Common) Semiconductor Devices - Major Elective | Industrial Statistics and Practice - Major Elective | ||||
| Junior | Engineering Design I (Capstone Design) - Major Mandatory[Design Course] | Machine Control Engineering 1 - Major Mandatory | Fluid Dynamics, - Major Mandatory | Engineering Design II (Capstone Design) - Major Mandatory[Design Course] | HRD OJT - Major Mandatoryㅍ | |
| Microprocessors and Practice 1 - Major Elective | Hydraulic and Pneumatic Control and Design - Major Elective[Design Course] | Electronic Circuit Application and Practice - Major Elective | Machine Control Engineering II - Major Elective | Instrumentation Engineering and Experiments - Major Elective[Design Course] | Microprocessors and Practice 2 - Major Elective[Design Course] | |
| Applied Mechanics and Experiments - Major Elective | Mechanical Element Design - Major Elective[Design Course] | (Common) Semiconductor Processes and Practice - Major Elective | Control System Design and Experiments - Major Elective | echanical Vibration - Major Elective | (Common) Semiconductor Equipment Engineering | |
| (Common) Robot Mechanism Design and Analysis - Major Elective | ||||||
| Senior | Graduation Design I (Capstone Design) - Major Mandatory[Design Course] | Graduation Design II (Capstone Design) - Major Mandatory[Design Course] | ||||
| Sensor and Actuator Experiment - Major Elective | Mechanism Design and Practice - Major Elective[Design Course] | Real-time Control and Experiments - Major Elective | Vibration Analysis and Experiments - Major Elective[Design Course] | Robot Engineering and Practice - Major Elective | Smart Factory Process Control - Major Elective | |
| 6 Sigma and Quality Control - Major Elective | Artificial Intelligence - Major Elective | Special Lecture on Employment and Startups in Industries - Major Elective | Image Processing - Major Elective | (Common) Semiconductor Packaging - Major Elective | (Common) Semiconductor Process Engineering - Major Elective | |
Refer to the university catalog or contact the school office for details
Curriculum of the Digital System Major (Based on the 2024 School Year)
* (Common): Courses recognized as major (common) electives for the 3 majors
| 1st semester | 2nd semester | |||||
|---|---|---|---|---|---|---|
| Freshman | Mathematical Thinking - Numerical Thinking | Physics Thinking 1 - Numerical Thinking | Computational Thinking - Numerical Thinking | Physics Thinking 2 - Numerical Thinking | Physics Experiments - Numerical Thinking | Problem Solving and Programming - Numerical Thinking |
| Differential Equations - Major Basic | ||||||
| CAD Design and Practice - Major Mandatory[Design Course] | Statics - Major Mandatory | Mechatronics Basic Practice - Major Mandatory | ||||
| Sophomore | Linear Algebra - Major Basic | Numerical Analysis and Practice - Major Basic | ||||
| Material Mechanics - Major Mandatory | Thermodynamics - Major Mandatory | Fluid Dynamics - Major Mandatory | Electronic Circuit Basics and Practice - Major Mandatory | Digital Circuit Design and Practice - Major Mandatory | ||
| PLC Practice - Major Elective | Circuit Theory and Practice - Major Elective | CAD/CAM and Practice - Major Elective[Design Course] | Digital Circuit Design and Practice - Major Elective[Design Course] | Mechanical Engineering Experiments - Major Elective | Applied Probability and Statistics - Major Elective | |
| (Common) Semiconductor Devices - Major Elective | (Common) Introduction to Artificial Intelligence - Major Elective | |||||
| Junior | Engineering Design I (Capstone Design) - Major Mandatory[Design Course] | Machine Control Engineering 1 - Major Mandatory | Engineering Design II (Capstone Design) - Major Mandatory[Design Course] | HRD OJT - Major Mandatory | Control Engineering and Practice - Major Mandatory | |
| Theory of Mechanics - Major Elective | Robot Mechanism Design and Analysis - Major Elective | Electronic Circuit Application and Practice - Major Elective | Microprocessors and Practice 2 - Major Elective[Design Course] | Mechanical Vibration - Major Elective | Sensor and Instrumentation Engineering - Major Elective[Design Course] | |
| Signal System and Experiments - Major Elective | Communication Engineering Basics and Practice - Major Elective | Semiconductor Processes and Practice - Major Elective | Mechanical Element Design - Major Elective[Design Course] | Semiconductor Equipment Engineering - Major Elective | ||
| (Common) Manufacturing Artificial Intelligence - Major Elective | ||||||
| Senior | Graduation Design I (Capstone Design) - Major Mandatory[Design Course] | Graduation Design II (Capstone Design) - Major Mandatory[Design Course] | ||||
| Real-time Motor Control and Experiments - Major Elective | Digital Signal Processing and Control - Major elective | Ultrasonic Nondestructive Engineering and Practice - Major Elective[Design Course] | Embedded Systems and Practice - Major Elective | Semiconductor Process Engineering - Major Elective | Thermal Fluid Simulation Engineering and Practice - Major Elective | |
| Mechanical and Electronic Materials - Major Elective | Introduction to Display Engineering - Major Elective | Automotive Electronics - Major Elective | Mechatronics IoT - Major Elective | |||
| Special Lecture on Employment and Startups in Industries - Major Elective | (Common) Semiconductor Packaging - Major Elective | (Common) Smart Factory Process Control - Major Elective | (Common) Image Processing - Major Elective | |||
Refer to the university catalog or contact the school office for details