Undergraduate

(Common) ME Undergraduate Course Requirement for Graduation

Credit Requirement (admitted in 2016 and after~) Major Advanced Major

Total: more than 136 credits

(Must choose and complete at least one of Advanced Major, Double Major, Minor and Individually Designed Major other than general major)
1) Mandatory Major Courses: 12 credits
2) Elective Major Courses: 36 credits
(including at least 5 courses from 9 Basic(core) Elective major courses)
1) Mandatory Major Courses: 12 credits
2) Elective Major Courses: 51 credits
(including 9 Basic(core) Elective major courses)
  • Mandatory Major Courses(4) : Basic Mechanical Practice/Mechanical Engineering Laboratory/Engineering Design/Capstone Design I
  • Basic(core) Elective major courses(9) : Thermodynamics/Fluid Mechanics/Solid Mechanics/Dynamics/Applied Electronics/Heat Transfer/ Mechanical Vibrations/Modeling and Control of Engineering Systems/Understanding of Materials and Processing
Credit Requirement (admitted in 2016 and after~)

Total: more than 136 credits

(Must choose and complete at least one of Advanced Major, Double Major, Minor and Individually Designed Major other than general major)
Major 1) Mandatory Major Courses: 12 credits
2) Elective Major Courses: 36 credits
(including at least 5 courses from 9 Basic(core) Elective major courses)
  • Mandatory Major Courses(4) : Basic Mechanical Practice/Mechanical Engineering Laboratory/Engineering Design/Capstone Design I
  • Basic(core) Elective major courses(9) : Thermodynamics/Fluid Mechanics/Solid Mechanics/Dynamics/Applied Electronics/Heat Transfer/ Mechanical Vibrations/Modeling and Control of Engineering Systems/Understanding of Materials and Processing
Advanced Major 1) Mandatory Major Courses: 12 credits
2) Elective Major Courses: 51 credits
(including 9 Basic(core) Elective major courses)
  • Mandatory Major Courses(4) : Basic Mechanical Practice/Mechanical Engineering Laboratory/Engineering Design/Capstone Design I
  • Basic(core) Elective major courses(9) : Thermodynamics/Fluid Mechanics/Solid Mechanics/Dynamics/Applied Electronics/Heat Transfer/ Mechanical Vibrations/Modeling and Control of Engineering Systems/Understanding of Materials and Processing

Course Recommendation based on fields of interest

※Blue Italic: Basic(core) Elective major courses
Fields Sophomore Junior Senior
Spring/Fall Spring Fall Spring Fall
[Mandatory Major Courses]
1.Basic Mechanical Practice

[Basic(core) Elective Major Courses]

1.Thermodynamics
2. Fluid Mechanics
3.Solid Mechanics
4.Dynamics
5.Applied Electronics
(only for Dynamics/control and Integrated)


[Elective Major Courses:]
1.Mechatronics System Design
Mandatory Major Courses- Mechanical Engineering Laboratory, Engineering Design(Spring, Fall) Mandatory Major Courses- Capstone Design I (Spring)

Dynamics / Control

(Robotics, Automobile)

1.Numerical Analysis

2.Mechanical Vibrations

1.Mechanical Component Design

2.Mechanism Design

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Vehicle Dynamics

4.Introduction to Simulation of Medical Procedures

1.Introduction to Robotics Engineering

2.Noise Control Engineering

3.Introduction to biomedical machine technology

Heat/Fluid

(New renewable energy, Environment)

1.Applied Fluid Mechanics

2.Numerical Analysis

3.Heat Transfer

4.Mechanical Vibrations

1. Applied Thermodynamics (Special Topics)

2. Mechanical Component Design

3.Modeling and Control of Engineering Systems

1.Engine Technology

2.Microfluidics

3. Fluids and Environment

1.Applied superconductivity and Thermal Engineering

2.Energy System Design and Optimization

3.Mechanical Engineering and Applied Mathematics

4.Introduction to Fuel Cell Systems

Design / Processing / Manufacturing

(Smart Processing, 3D Printing)

1.Numerical Analysis

2.Foundation of Stress Analysis

3.Mechanical Vibrations

4.Understanding of Materials and Processing

1.Mechanism Design

2.Mechanical Component Design

3.Advanced Materials Engineering and its Application

4.Modeling and Control of Engineering Systems

1.Deformation, Fracture and Strength of Materials

2.Engineering Design via FEM

1.Introduction to Reliability in Mechanical Engineering Design

2.Mechanical Engineering and Applied Mathematics

3. Introduction to Continuum Mechanics

Integrated

(Optics, Bio, NanoMicro)

1.Numerical Analysis

2.Mechanical Vibrations

3. Heat Transfer

1.Mechanical Component Design

2.Advanced Materials Engineering and its Application

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Introduction to Electromagnetism & Optics

3.Introduction to Cell Mechanics

4.Microfluidics

1.Introduction to Biomedical Optics

2.Introduction to biomedical machine technology

Offshore / Shipbuilding

1.Applied Fluid Mechanics

2.Mechanical Vibrations

3.Understanding of Materials and Processing

   

1.Engineering Design via FEM

2.Introduction to Naval Architecture and Ocean Engineering

3. Fluids and Environment

1.Introduction to Statistical Analysis of Big Data (Special Topics)

◎ Basic(core) Elective major courses are offered on the fixed opening semester, day of week and class time. But for the other courses, it is subject to change depending on the department’s situation.

Fields Sophomore Junior Senior
Spring/Fall Spring Fall Spring Fall
[Mandatory Major Courses]
1.Basic Mechanical Practice

[Basic(core) Elective Major Courses]

1.Thermodynamics
2. Fluid Mechanics
3.Solid Mechanics
4.Dynamics
5.Applied Electronics
(only for Dynamics/control and Integrated)


[Elective Major Courses:]
1.Mechatronics System Design
Mandatory Major Courses- Mechanical Engineering Laboratory, Engineering Design(Spring, Fall) Mandatory Major Courses- Capstone Design I (Spring)

Dynamics / Control

(Robotics, Automobile)

1.Numerical Analysis

2.Mechanical Vibrations

1.Mechanical Component Design

2.Mechanism Design

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Vehicle Dynamics

4.Introduction to Simulation of Medical Procedures

1.Introduction to Robotics Engineering

2.Noise Control Engineering

3.Introduction to biomedical machine technology

Heat/Fluid

(New renewable energy, Environment)

1.Applied Fluid Mechanics

2.Numerical Analysis

3.Heat Transfer

4.Mechanical Vibrations

1. Applied Thermodynamics (Special Topics)

2. Mechanical Component Design

3.Modeling and Control of Engineering Systems

1.Engine Technology

2.Microfluidics

3. Fluids and Environment

1.Applied superconductivity and Thermal Engineering

2.Energy System Design and Optimization

3.Mechanical Engineering and Applied Mathematics

4.Introduction to Fuel Cell Systems

Design / Processing / Manufacturing

(Smart Processing, 3D Printing)

1.Numerical Analysis

2.Foundation of Stress Analysis

3.Mechanical Vibrations

4.Understanding of Materials and Processing

1.Mechanism Design

2.Mechanical Component Design

3.Advanced Materials Engineering and its Application

4.Modeling and Control of Engineering Systems

1.Deformation, Fracture and Strength of Materials

2.Engineering Design via FEM

1.Introduction to Reliability in Mechanical Engineering Design

2.Mechanical Engineering and Applied Mathematics

3. Introduction to Continuum Mechanics

Integrated

(Optics, Bio, NanoMicro)

1.Numerical Analysis

2.Mechanical Vibrations

3. Heat Transfer

1.Mechanical Component Design

2.Advanced Materials Engineering and its Application

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Introduction to Electromagnetism & Optics

3.Introduction to Cell Mechanics

4.Microfluidics

1.Introduction to Biomedical Optics

2.Introduction to biomedical machine technology

Offshore / Shipbuilding

1.Applied Fluid Mechanics

2.Mechanical Vibrations

3.Understanding of Materials and Processing

   

1.Engineering Design via FEM

2.Introduction to Naval Architecture and Ocean Engineering

3. Fluids and Environment

1.Introduction to Statistical Analysis of Big Data (Special Topics)

◎ Basic(core) Elective major courses are offered on the fixed opening semester, day of week and class time. But for the other courses, it is subject to change depending on the department’s situation.

Fields Sophomore Junior Senior
Spring/Fall Spring Fall Spring Fall
[Mandatory Major Courses]
1.Basic Mechanical Practice

[Basic(core) Elective Major Courses]

1.Thermodynamics
2. Fluid Mechanics
3.Solid Mechanics
4.Dynamics
5.Applied Electronics
(only for Dynamics/control and Integrated)


[Elective Major Courses:]
1.Mechatronics System Design
Mandatory Major Courses- Mechanical Engineering Laboratory, Engineering Design(Spring, Fall) Mandatory Major Courses- Capstone Design I (Spring)

Dynamics / Control

(Robotics, Automobile)

1.Numerical Analysis

2.Mechanical Vibrations

1.Mechanical Component Design

2.Mechanism Design

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Vehicle Dynamics

4.Introduction to Simulation of Medical Procedures

1.Introduction to Robotics Engineering

2.Noise Control Engineering

3.Introduction to biomedical machine technology

Heat/Fluid

(New renewable energy, Environment)

1.Applied Fluid Mechanics

2.Numerical Analysis

3.Heat Transfer

4.Mechanical Vibrations

1. Applied Thermodynamics (Special Topics)

2. Mechanical Component Design

3.Modeling and Control of Engineering Systems

1.Engine Technology

2.Microfluidics

3. Fluids and Environment

1.Applied superconductivity and Thermal Engineering

2.Energy System Design and Optimization

3.Mechanical Engineering and Applied Mathematics

4.Introduction to Fuel Cell Systems

Design / Processing / Manufacturing

(Smart Processing, 3D Printing)

1.Numerical Analysis

2.Foundation of Stress Analysis

3.Mechanical Vibrations

4.Understanding of Materials and Processing

1.Mechanism Design

2.Mechanical Component Design

3.Advanced Materials Engineering and its Application

4.Modeling and Control of Engineering Systems

1.Deformation, Fracture and Strength of Materials

2.Engineering Design via FEM

1.Introduction to Reliability in Mechanical Engineering Design

2.Mechanical Engineering and Applied Mathematics

3. Introduction to Continuum Mechanics

Integrated

(Optics, Bio, NanoMicro)

1.Numerical Analysis

2.Mechanical Vibrations

3. Heat Transfer

1.Mechanical Component Design

2.Advanced Materials Engineering and its Application

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Introduction to Electromagnetism & Optics

3.Introduction to Cell Mechanics

4.Microfluidics

1.Introduction to Biomedical Optics

2.Introduction to biomedical machine technology

Offshore / Shipbuilding

1.Applied Fluid Mechanics

2.Mechanical Vibrations

3.Understanding of Materials and Processing

   

1.Engineering Design via FEM

2.Introduction to Naval Architecture and Ocean Engineering

3. Fluids and Environment

1.Introduction to Statistical Analysis of Big Data (Special Topics)

◎ Basic(core) Elective major courses are offered on the fixed opening semester, day of week and class time. But for the other courses, it is subject to change depending on the department’s situation.

Fields Sophomore Junior Senior
Spring/Fall Spring Fall Spring Fall
[Mandatory Major Courses]
1.Basic Mechanical Practice

[Basic(core) Elective Major Courses]

1.Thermodynamics
2. Fluid Mechanics
3.Solid Mechanics
4.Dynamics
5.Applied Electronics
(only for Dynamics/control and Integrated)


[Elective Major Courses:]
1.Mechatronics System Design
Mandatory Major Courses- Mechanical Engineering Laboratory, Engineering Design(Spring, Fall) Mandatory Major Courses- Capstone Design I (Spring)

Dynamics / Control

(Robotics, Automobile)

1.Numerical Analysis

2.Mechanical Vibrations

1.Mechanical Component Design

2.Mechanism Design

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Vehicle Dynamics

4.Introduction to Simulation of Medical Procedures

1.Introduction to Robotics Engineering

2.Noise Control Engineering

3.Introduction to biomedical machine technology

Heat/Fluid

(New renewable energy, Environment)

1.Applied Fluid Mechanics

2.Numerical Analysis

3.Heat Transfer

4.Mechanical Vibrations

1. Applied Thermodynamics (Special Topics)

2. Mechanical Component Design

3.Modeling and Control of Engineering Systems

1.Engine Technology

2.Microfluidics

3. Fluids and Environment

1.Applied superconductivity and Thermal Engineering

2.Energy System Design and Optimization

3.Mechanical Engineering and Applied Mathematics

4.Introduction to Fuel Cell Systems

Design / Processing / Manufacturing

(Smart Processing, 3D Printing)

1.Numerical Analysis

2.Foundation of Stress Analysis

3.Mechanical Vibrations

4.Understanding of Materials and Processing

1.Mechanism Design

2.Mechanical Component Design

3.Advanced Materials Engineering and its Application

4.Modeling and Control of Engineering Systems

1.Deformation, Fracture and Strength of Materials

2.Engineering Design via FEM

1.Introduction to Reliability in Mechanical Engineering Design

2.Mechanical Engineering and Applied Mathematics

3. Introduction to Continuum Mechanics

Integrated

(Optics, Bio, NanoMicro)

1.Numerical Analysis

2.Mechanical Vibrations

3. Heat Transfer

1.Mechanical Component Design

2.Advanced Materials Engineering and its Application

3.Modeling and Control of Engineering Systems

1.Automatic Control

2.Introduction to Electromagnetism & Optics

3.Introduction to Cell Mechanics

4.Microfluidics

1.Introduction to Biomedical Optics

2.Introduction to biomedical machine technology

Offshore / Shipbuilding

1.Applied Fluid Mechanics

2.Mechanical Vibrations

3.Understanding of Materials and Processing

   

1.Engineering Design via FEM

2.Introduction to Naval Architecture and Ocean Engineering

3. Fluids and Environment

1.Introduction to Statistical Analysis of Big Data (Special Topics)

◎ Basic(core) Elective major courses are offered on the fixed opening semester, day of week and class time. But for the other courses, it is subject to change depending on the department’s situation.

Course Recommendation for Programming and Practice courses

Courses Sophomore Junior Senior
Spring Fall Spring Fall Spring Fall

Programming

1.Programming for Signal and image processing (Special Topics) 1. Mobile System Programming (Special Topics) 1. Programming for autonomous mobile system (Special Topics)

Practice course(EX.)

1. Basic Mechanical Practice

2. Applied Electronics

1. Mechatronics System Design

2. Basic Mechanical Practice

1. Mechanical Engineering Laboratory

2. Mechanism Design

1. Mechanism Design

2. Mechanical Engineering Laboratory

1. Capstone Design I

1. Capstone Design Ⅱ

Courses Sophomore Junior Senior
Spring Fall Spring Fall Spring Fall

Programming

1.Programming for Signal and image processing (Special Topics) 1. Mobile System Programming (Special Topics) 1. Programming for autonomous mobile system (Special Topics)

Practice course(EX.)

1. Basic Mechanical Practice

2. Applied Electronics

1. Mechatronics System Design

2. Basic Mechanical Practice

1. Mechanical Engineering Laboratory

2. Mechanism Design

1. Mechanism Design

2. Mechanical Engineering Laboratory

1. Capstone Design I

1. Capstone Design Ⅱ

Courses Sophomore Junior Senior
Spring Fall Spring Fall Spring Fall

Programming

1.Programming for Signal and image processing (Special Topics) 1. Mobile System Programming (Special Topics) 1. Programming for autonomous mobile system (Special Topics)

Practice course(EX.)

1. Basic Mechanical Practice

2. Applied Electronics

1. Mechatronics System Design

2. Basic Mechanical Practice

1. Mechanical Engineering Laboratory

2. Mechanism Design

1. Mechanism Design

2. Mechanical Engineering Laboratory

1. Capstone Design I

1. Capstone Design Ⅱ

Courses Sophomore Junior Senior
Spring Fall Spring Fall Spring Fall

Programming

1.Programming for Signal and image processing (Special Topics) 1. Mobile System Programming (Special Topics) 1. Programming for autonomous mobile system (Special Topics)

Practice course(EX.)

1. Basic Mechanical Practice

2. Applied Electronics

1. Mechatronics System Design

2. Basic Mechanical Practice

1. Mechanical Engineering Laboratory

2. Mechanism Design

1. Mechanism Design

2. Mechanical Engineering Laboratory

1. Capstone Design I

1. Capstone Design Ⅱ