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Undergraduate courses Curriculum

2019 General Education

General Education
Credit Requirements (41 or more)
Required Courses
Academic Foundations
Critical Thinking and Writing
[1-1] College Writing 1
[1-2] College Writing 2: Writing in Science & Technology
Foreign Languages
[1-1, 2] 2 courses
• Students with a TEPS score of 900 and below upon matriculation must take at least one English course.
Mathematical Sciences
[1-1] Calculus 1 and Calculus Practice 1 or Honor Calculus 1 and Honor Calculus Practice 1
[1-2] Calculus 2 and Calculus Practice 2 or Honor Calculus 2 and Honor Calculus Practice 2
[2-1] Engineering Mathematics 1
[2-2] Engineering Mathematics 2
Natural Sciences
[1-1, 2] Required electives (12)
- Must earn 12 credits from among the following: Physics 1․2(or Foundation of Physics 1. 2 or Honor Physics 1․2) and Physics Lab. 1․2, Chemistry1․2 and Chemistry Lab. 1․2, Physics and Physics Lab., Chemistry(or Honor Chemistry) and Chemistry Lab., Earth System Science, Earth System Science Lab.
• Students taking a course in Natural Sciences must take the corresponding labs concurrently.
• Students who did not complete Physics 2 in high school may take Foundation of Physics 1,2 instead of Physics 1,2. Note that Physics Lab. 1,2 must be taken concurrently with the corresponding courses.
• If students who have to take Foundations of Physics 1,2 want to take Physics 1,2, a certain score must be obtained at the physics achievement test.
Computer and Information Science
[1-1] Digital Computer Concept and Practice
Worlds of
Language and Literature
• Must earn 6 credits in at least 2 out of 5 areas (Language and Literature, Culture and Art, History and Philosophy, Politics and Economy, Humans and Society).
• * See below
Culture and Art
History and Philosophy
Politics and Economy
Humans and Society
Nature and Technology
Life and Environment
All General Education Courses
• Students may select any courses from the list of General Education courses.
※ When students are exempt from taking ‘Fundamentals of Computer System, Digital Computer Concept and Practice’, they are recognized as fulfilling the minimum credit requirements in Academic Foundations(Computer and Information Science) even when the students did not earn the required credits. Regardless, students must meet the minimum general education credit requirements.
※ Aside from the above General Education requirements, the students entered in 2013 and thereafter must earn 3 credits from both ‘Courses for Entrepreneurship’ and ‘Courses for Creativity’ which are designated by College of Engineering, totaling 6 credits.
‘Courses for Entrepreneurship’ can be substituted with courses in ‘Humans and Society’ from <Worlds of Knowledge>, and the required 3 credits in ‘Courses for Creativity’ can be substituted with courses in ‘Culture and Art’ from <Worlds of Knowledge>. (Students must consult with the department about the requirement)
‘Courses for Entrepreneurship’
(GE) 054.027 Entrepreneurship and Economy
(GE) 046.017 Technology and Economy
(GE) 054.025 Engineering Ethics and Leadership
(GE) 054.028 Patent and Technology Entrepreneurship
(Major) 400.212 Technology and Entrepreneurship
(Major) 400.025 Modern Technology and Ethical Thinking
(Major) 400.513 History of Engineering and Technology
(Major) M2177.000100 Management for Engineers
(Major) M2177.000700 Engineering Frontiers and Leadership 3(Open ONLY to undergraduate students who entered in 2013, 2014)
(Major) 400.310 Engineering Technology and Society
‘Courses for Creativity’
(GE) 054.019 A Glance at Korean Contemporary Urbanism and Architecture
(GE) 054.021 Creativity and Design
(GE) 054.022 Technology and Art: Exhibit·Art·Engineering
(GE) 054.020 The Science of Sound, and Experience of Music Instrument Design and Evaluation
(Major) 400.018 Creative Engineering Design
(Major) 400.318 Digital Art Engineering
(Major) 406.549 Creative Technology Intelligence
(Major) 406.324A Creative Thinking for Engineers
(Major) M2177.002300 Interdisciplinary Innovative Capstone Design
(Major) M2177.002400 Global Innovative Capstone Design
(Major) M2177.005000 Digital Design and Manufacturing in Product Development

2019 Major Curriculum

Recommended Tracks for Undergraduate Majors
M1594.000300* Understanding Energy Resources Engineering
M1594.000100 Materials in Resources Engineering (2)
M1594.000400 Practices of Energy Resources Engineering
465.211* Mechanics of Materials for Energy Resources Engineering
465.202* Management of Energy, Environment and Technology
465.213 Applied Resources Geology
465.204* Geophysical Engineering
465.215A Energy GIS
465.206 Energy Chemistry
( )* College of Engineering common courses
465.311* Rock Mechanics
465.302* Mineral Processing
465.313* Petroleum and Gas Engineering and Experiment
465.304 Numerical Analysis for Energy Resources
465.315 Geostatistics
465.306 Applied Geochemistry
465.319 Renewable Energy
465.308 Subsurface Image Processing
465.331 Remote Sensing for Energy Resources
465.320 Engineering Geology
465.333 Wave and Earthquake Engineering
465.326 Rock Mechanics for Mining
M1594.000900 Production Engineering
465.408 Analysis of International Energy Markets
465.404A Independent Studies on Energy Resources Engineering (2)
465.413 Energy Economics
465.406 Evaluation and Investments for International Energy Resources
465.417 Geophysical Data Analysis
465.420 Geothermal Energy
465.419 Clean Coal Technology
465.424 Design of Tunnel and Underground Space
465.435 Energy Environment Engineering
465.442 Mining Engineering
465.441 Drilling Engineering
M1594.001100 Design of Petroleum Resource Development
M1594.000200 Natural Resources Environmental Engineering
M1594.001100 Fundamentals of Well Log Interpretation
M1594.001200 Field Design of Energy and Resources Engineering (1)
※ (*): Credited as Major Elective for Dept. of Energy Resources Engineering, (1): 1 credit, (2): 2 credits, besides those: 3 credits
※ College of Engineering common courses – Must take 1 course as required course from among the following: 400.015 Introduction to Industrial Engineering, 400.019A Introduction to Electrical and Computer Engineering, 400.020 Introduction to Materials Science and Engineering, 400.022 Introduction to Civil and Environmental Engineering, 400.023 Introduction to Chemical and Biological Engineering, M2177.003200 Electrical and Electronic Circuits and Lab for Integrative Engineers, M2177.004900 IoT・Theory and Lab of IoT, AI, and Big data


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