For Undergraduate Student (학부)
Mechanical Engineering Programming (기계공학 프로그래밍) EMA20081 (064) Spring 2018
In this lecture, you will learn how to derive mechanical engineering phenomenon as a formula and obtain the result using a computer program. Before classes, you watch web lecture such as Harvard CS50 to learn the programming language; Scratch, C, Python, and Matlab. In the class, you selects engineering problems (linear equation, vector matrix, data analysis) and solve it with computer programing.
Production Engineering (생산공학) EMA30019 (062) Spring 2018, Summer 2016 , Spring 2016, 2015
We learn about the 4th industrial revolution, 6 Sigma, Concurrent engineering, Toyoda production system, Finantial statements, and review midsize companies in Gyeongnam province before midterm exam. We study manufacturing process for prototype and mass production and design production process at final project.
Statics (정역학) EMA10002 (062), fall 2019, 2017 2016 2015, 2014 , 2013
Statics introduces the basic concepts of classical mechanics that are essential for solid mechanics, dynamics, fluid mechanics, etc. Vector operations based on the static equilibrium of particle and rigid body, structural analysis is presented. The two-dimensional and three-dimensional free-body diagram and the reaction forces of the structure, trusses, frames is studied.
Manufacturing Process (기계공작법) EM318 (062), fall, 2017, 2016, 2015, 2014, 2013, 2012, 2011, 2010, 2009, 2008, 2007
We study manufacturing process like as casting, forming, machining, welding and micro process. Design for manufacturing and presentation of manufacturing process are final project.
Material Science (재료과학) EM218 (062), spring 2017, 2016, 2015, 2014, 2013, 2012, 2011
We study various material's mechanical, physical, chemical, electrical and thermal characteristics required to select materials for the mechanical design. Steel and heat treatment, metal, plastic, ceramic materials are examples of materials.
Manufacturing Practice (기계공작실습) EV270 (062), spring, 2017, 2016, 2013, 2012, 2011
Lathe, Milling, NC programing practice.
Creative Engineering Design (창의적공학설계) EZA20071 (709), fall, 2012, 2011
Computer Aided Design (CAD) EM335 (062), spring 2010, 2009, 2008, 2007, 2006.
Computer aided design is widely used to design automobile, airplane and other machineries. In this class, we study the computer aided design and practice to design mechanical parts and the assembly of the parts by CATIA (3D CAD software). In final project, you will design a produce like as toy, bicycle, automobile, cellular phone.
Computer Aided Manufacturing (CAM) EM337, fall 2008, 2006
Advanced studies of CATIA including: 1) digital mock up, 2) Machining, and 3) Analysis and optimization. Tool path generation and NC machining is final project.
Machine Tools (공작기계) EM307 (075), spring 2008, 2007, 2006
We study cutting theory, machine tools, numerical control and machine tools design.
Mechanical Vibration (기계진동학) EM316 (062), spring 2009, 2008
Mechanical Experiment2 (기계공학실험) EM448, spring 2006
We do many mechanical experiments related to automation, dynamics and mechanical measurements.
Precise Mechanical Design (정밀기계설계) EM408, summer 2010, 2009
Design, analysis and presentation of precise mechanical system.
Draft (제도) V-belt power transform system & Geometric Tolerance by Chang-Min Jeong (정창민 선생님).
For Graduate Student (대학원)
Computer Aided Manufacturing (CAM) MA638, spring 2018, 2016, 2014, 2012, 2010, 2007
Computer aided manufacturing and numerical control machining.
Geometric Modeling (형상모델링) MA643, fall 2017, fall 2015, 2013, 2011, 2009, 2007
Geometric modeling studies data structure and algorithms for the mathematical description of shapes. The shapes studied in geometric modeling are mostly 2d or 3 dimensional. Today most geometric modeling is done with computers and for computer based applications. 3d models are central to computer aided design and manufacturing (CAD/CAM), and widely used in mechanical engineering. The Visual C++ programing language and OpenGL library is used to visualize 3 dimensional geometries on computer graphics. The beginners who don't understand programing language will used commercial CAD/CAM software to practice design and manufacturing of mechanical products.
Precision Machining (정밀가공학특론) ED810 spring 2017, fall 2016, fall 2015, spring 2015, spring 2013, fall 2012, 2011, spring 2011, spring 2009, spring 2008, fall 2006, spring 2006
The cutting mechanics, machine tools, numerical control, simulations, measurement are studied. 정밀가공학 보충 동영상강좌 2012.
Advanced Cutting Theory (절삭가공기술특론) IEE624, fall 2016, 2012
We study CAD/CAM, Machining simulation, CNC machine tools and metal cutting theory related to machining. (교육대학원)
Mold Design Analysis(금형설계해석) MMB033 fall 2016
Process management, CAD/CAM and NC machining for Die and Mold industry.
Digital Manufacturing(디지털제조) ED840, fall, 2014, 2012, 2010, fall 2008
We study digital technology in manufacturing such as virtual manufacturing, mechanical analysis and computer aide manufacturing.
Aircraft Part Machining(항공기부품가공) AEH335, spring 2013, 2012, 2011, 2010
Introduces aircraft parts manufacturing technologies of the company where students are working. (항공우주특성화대학원)
NC Machining(NC가공) spring, 2011
Numerical control machining for mechanical parts.
Education (교재연구), spring, 2013
Education of CAD/CAM (CAD/CAM 교육특론) IEE623, spring, 2012, 2008, fall 2006
We study commercial CAD/CAM software to design and manufacture mechanical part. In this course student become to be able to design mechanical parts and do presentation. (교육대학원)
Su-Jin Kim, School of Mechanical Engineering, Gyeongsang National University