Subject List For Depart

Department of Materials Science and Engineering

College Homepage: http://eng.jnu.ac.kr/eng

The educational goals of the school of materials science and engineering is to cultivate engineers who are both experts and humanitarians, have creativity, and acquire experience through the reinforcement of experimentation and practice.

Undergraduate students study basic science to understand the properties of matter at new sites, manufacturing processes and properties, and applications of new material. The School of Materials Science and Engineering (SMSE) consists of three majors: metallurgical engineering, ceramic engineering, and opto-electronic materials engineering.

A great deal of effort is made to foster outstanding engineers through the improvement of educational procedures and the environment, cooperation with industry, high- level research, field-oriented experiment/ practice, education projects, job placement services, and outstanding freshmen recruiting projects.

Course list

Materials Science and Engineering

Major Courses
General Chemistry 1
General Physics 2
Introduction to Materials Science and Engineering
Material Science
Mathematics 1

Metallurgical Engineering Major Courses

Composite Materials
Corrosion and Protection Engineering
Electronic Properties of Materials
Engineering Mathematics
Ferrous Alloys
Ferrous Production Metallurgy
Foundry Engineering
Fracture in Materials
Functional Materials
Graduate Thesis Project
High Performance Structural Materials
Instrumental Analytical Methods
Introduction of the Bio-material Engineering
Light Metal Processing and Design
Mechanical Metallurgy
Mechanics of Materials
Metallurgical Engineering Project 1, 2, 3
Nondestructive Testing
Nonferrous Materials
Phase Transformations in Metals
Physical Chemistry
Plastic Working of Metals
Powder Metallurgy
Solidification Theory and Design
Structure and Defects in Solids
Structure and Properties of Metals
Surface Engineering
Text Research and Teaching Methodology in
Mechanical and Metallurgical Engineering Education
Quality Control and Management
Text Research and Teaching Methodology in
Ceramic Engineering Education
Theories of Teaching in Ceramic Engineering Education
Thermodynamics in Materials
X-ray and Electron Diffraction

Opto-Electronic Materials Major Courses

Biomedical Optics
Electro-magnetics
Electronic Circuit and Design
Electronic Display Engineering Electronic Materials
Electronic Properties of Materials
Engineering Mathematics
Experimental Designs
Graduate Thesis Lab
High Performance Structural Materials
Instrumental Analytical Methods
Introduction to Electrical and Electronic Engineering
Laser Engineering
Mechanical Metallurgy
Theories of Teaching in Mechanical and
Metallurgical Engineering Education
Thermodynamics in Materials
Thin Film Process Engineering
Welding and Micro-bonding
X-ray Diffraction in Materials and Lab

Ceramic Engineering Major Courses

Bio-ceramics
Cement and Concrete
Ceramic Chemistry
Ceramic Compositional Materials 1, 2
Ceramic Engineering
Ceramic Engineering Project 1, 2, 3
Ceramic Graduate Thesis Project
Ceramic Raw Materials
Ceramic Test and Calculation Lab
Ceramics in Energy Applications
Combustion Engineering
Crystallography
Engineering Mathematics
Environmental and Porous Materials
Experimental Designs
Firing Materials
Fluid Flow and Heat Transfer
Functional Carbon Materials
Glass Engineering
High Performance Structural Materials
High Temp Structural Materials
Instrumental Analytical Methods
Introduction to Electronic Circuits
Laboratory Automation in Ceramic
Engineering
Materials and Computer
New Ceramic Process
Organic Chemistry
Phase Equilibria
Physical Chemistry
Optical Communications Engineering
Optics
Optics Lab
Opto-electronic Materials
Optoelectronics Device Engineering
Phase Transformations in Metals
Photonics and Electronic Materials Processing
Lab
Physical Chemistry
Practical Materials for Optics and Photonics
Quantum Mechanics
Semiconductor Device Design
Semiconductor Device Physics
Semiconductor Materials and Processing Lab
Semiconductor Materials and Processing
Sensor Engineering
Solid State Physics
Structure and Defects in Solids
Thermodynamics in Materials
Thin Film Devices
Thin Film Process Engineering

NO	Grade	Term	Subj. No	Point	Subject
1	1	ALL	MSE1006	2.0	Engineering Internship
2	1	1	CLT0082	3.0	Mathematics 1
3	1	1	CLT0084	3.0	General Chemistry 1
4	1	1	CLT0093	1.0	Seminar on Calculus 1
5	1	1	CLT0095	3.0	General Physics 1
6	1	1	CLT0510	1.0	Basic Physics Experiments 1
7	1	1	CLT0771	2.0	Career Plan and Self Understanding
8	1	1	ENV1005	3.0	Introduction to Engineering Design
9	1	1	MSE1002	1.0	Materials Science Seminar 1
10	1	1	MSE1004	1.0	Special Lecture on Industrial Topics 1
11	1	2	CLT0083	3.0	Mathematics 2
12	1	2	CLT0085	3.0	General Chemistry 2
13	1	2	CLT0096	3.0	General Physics 2
14	1	2	CLT0511	1.0	Basic Physics Experiments 2
15	1	2	CLT0888	3.0	Writing for (Self-)reflection and communication
16	1	2	MSE1003	3.0	Introduction to Materials Science and Engineering 1
17	1	2	MSE1005	1.0	Special Lecture on Industrial Topics 2
18	2	1	ENG2005	3.0	Engineering Mathematics
19	2	1	MSE2019	1.0	Materials Science Seminar 2
20	2	1	MSE2023	3.0	Introduction to Materials Science and Engineering 2
21	2	1	MSE2024	3.0	Crystal Structures and Defects
22	2	1	MSE2034	3.0	Electrical Engineering for Materials Engineers
23	2	1	MSE9086	3.0	Physical Chemistry
24	2	2	MSE2001	3.0	Thermodynamics in Materials
25	2	2	MSE2026	2.0	Materials Engineering Project 1
26	2	2	MSE2027	3.0	Electrical and Magnetic Properties of Materials
27	2	2	MSE2028	3.0	Mechanical Properties of Materials
28	2	2	MSE3019	3.0	X-ray and Electron Diffraction
29	3	1	CRM3001	3.0	Phase Equilibria
30	3	1	ENG2002	3.0	Instrumental Analytical Methods
31	3	1	MSE2004	3.0	Ferrous Alloys
32	3	1	MSE2013	3.0	Electromagnetics
33	3	1	MSE2016	3.0	Optoelectronic Materials
34	3	1	MSE3004	3.0	Ferrous Production Metallurgy
35	3	1	MSE3013	3.0	Solidification Engineering
36	3	1	MSE3051	3.0	Diffusion and Crystal Defect
37	3	1	MSE3055	2.0	Materials Engineering Project 2
38	3	1	MSE3060	3.0	Solid State Chemistry
39	3	1	MSE4015	3.0	Materials in Energy Applications
40	3	1	MSE9087	3.0	Phase Transformation
41	3	1	MSE9111	3.0	Semiconductor Materials and Processing 1
42	3	2	ENG2003	3.0	Mechanics of Materials
43	3	2	MSE2015	3.0	Quantum Mechanics
44	3	2	MSE3043	3.0	Nonferrous Materials
45	3	2	MSE3048	1.0	Materials Science Seminar 3
46	3	2	MSE3054	3.0	Corrosion and Oxidation
47	3	2	MSE3056	2.0	Materials Engineering Project 3
48	3	2	MSE3057	3.0	Electroceramics
49	3	2	MSE4026	3.0	Semiconductor Device Design
50	3	2	MSE9076	3.0	Interfacial Engineering
51	3	2	MSE9088	3.0	Foundry Engineering
52	3	2	MSE9108	3.0	Semiconductor Device Physics 1
53	3	2	MSE9110	3.0	Nanoceramics processing
54	3	2	MSE9112	3.0	Semiconductor Materials and Processing 2
55	3	2	PHY3010	3.0	Solid State Physics
56	4	1	MSE2006	3.0	Metallography
57	4	1	MSE3035	3.0	Electronic Display Engineering
58	4	1	MSE3047	3.0	Metalworking
59	4	1	MSE4033	3.0	Sensor Materials Engineering
60	4	1	MSE4053	3.0	Capstone Design 1
61	4	1	MSE9079	3.0	Design and Machining
62	4	1	MSE9091	3.0	Materials Joining
63	4	1	MSE9093	3.0	Introduction to Organic Chemistry
64	4	1	MSE9094	3.0	Amorphous Energy Materials
65	4	1	MSE9096	3.0	3D Printing and Metal Powder Processing
66	4	1	MSE9109	3.0	Semiconductor Device Physics 2
67	4	1	PHY3011	3.0	Optics
68	4	2	MSE3005	3.0	Thin Film Process Engineering
69	4	2	MSE4025	3.0	Optical Fiber Communications
70	4	2	MSE4032	3.0	Taguchi Method
71	4	2	MSE4034	1.0	Materials Science Seminar 4
72	4	2	MSE4040	3.0	Materials Electrochemistry
73	4	2	MSE4054	3.0	Capstone Design 2
74	4	2	MSE9090	3.0	Nanocrystalline Materials and Biomaterials
75	4	2	MSE9092	3.0	Nano Composite Materials
76	4	2	MSE9095	3.0	Numerical Methods for Materials Science and Engineering
77	4	2	MSE9100	3.0	Manufacturing Process of Light Metals

School of Material Science and Engineering

Department of Materials Science and Engineering

Course list

Materials Science and Engineering

Metallurgical Engineering Major Courses

Opto-Electronic Materials Major Courses

Ceramic Engineering Major Courses

Course list