|
007
article 7
|
Advanced Analog Integrated Circuit |
N/A
N/A |
Suhwan Kim |
Seoul National University |
|
| This course deals with the analysis and design of analog CMOS integrated circuits, focusing on everything from fundamentals to new developments. |
|
011
article 11
|
Advanced Biochemical Engineering |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| This course combines biological knowledge with quantitative engineering principles to give students a better understanding of processes like metabolic engineering, protein production and more. |
|
017
article 17
|
Advanced Compilers |
N/A
N/A |
Soo-Mook Moon |
Seoul National University |
|
| This course delves into the back-ends of compilers, focusing on optimization and run-time architectures. |
|
009
article 9
|
Advanced Computer Design |
N/A
N/A |
Naehyuck Chang |
Seoul National University |
|
| This graduate course is all about the ins and outs of low-power computer system design, which is a growing field in today's market. |
|
010
article 10
|
Advanced Construction Technology |
N/A
N/A |
Moonseo Park |
Seoul National University |
|
| This course is all about the new developments in construction technology and how they can help individuals better manage and execute their projects. |
|
016
article 16
|
Advanced Databases |
N/A
N/A |
Sang-goo Lee |
Seoul National University |
|
| This course extensively covers the composition and development of databases and all that entails. |
|
013
article 13
|
Advanced Electrochemistry |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| This course explores the conduction of metal, the components of inorganic materials and other fundamentals, principles and experimental techniques of electrochemistry. |
|
008
article 8
|
Advanced Electrochemistry |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| This course explores the conduction of metal, the components of inorganic materials and other fundamentals, principles and experimental techniques of electrochemistry. |
|
007
article 7
|
Advanced Embedded Systems |
N/A
N/A |
Jihong Kim |
Seoul National University |
|
| This class is all about the software and functionality of embedded systems and the machines that use them. |
|
006
article 6
|
Advanced Environmental Hydraulics |
N/A
N/A |
Il Won Seo |
Seoul National University |
|
| This course uses theories of fluids and dynamics to help students understand how to best work with natural waterways and systems, should their future projects require them to do so. |
|
007
article 7
|
Advanced Environmental Hydraulics |
N/A
N/A |
Il Won Seo |
Seoul National University |
|
| This course covers the scope of naturally occurring hydraulic processes and how they can be used and mimicked for various projects. |
|
015
article 15
|
Advanced Flight Dynamics and Control: Multivariable Control Systems |
2008-09-01
Fall 2008 |
Kim, Hyoun Jin |
Seoul National University |
|
| Students will learn about advanced topics such as system norms, interconnected systems, uncertainty and robustness in this graduate course. |
|
009
article 9
|
Advanced Fluid Mechanics |
2010-03-01
Spring 2010 |
Haecheon Choi |
Seoul National University |
|
| Students will delve into advanced topics in flow kinematics, governing equations, potential flows, airfoil theory. |
|
010
article 10
|
Advanced Foundation Engineering I |
N/A
N/A |
Myoung Mo Kim |
Seoul National University |
|
| This course analyzes and explores the behavior of foundation and how it interacts with soil and the world around it. |
|
014
article 14
|
Advanced Geoenvironmental Engineering I |
N/A
N/A |
Junboum Park |
Seoul National University |
|
| Subjects like soil composition, geochemistry and groundwater flow, are just some of the topics students can expect to be covered in this course on advanced geoenvironmental engineering. |
|
001
article 1
|
Advanced Geotechnical Engineering 2 |
N/A
N/A |
Junboum Park |
Seoul National University |
|
| This course combines theories and methods on soil, groundwater, environmental policy and geochemistry to give students a vast understanding of all of the components of geotechnical engineering. |
|
014
article 14
|
Advanced Nanobiotechnology |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| Students in this graduate level course will hone their skills of bioengineering and nanotechnology through collaborative projects and in-depth research assignments. |
|
007
article 7
|
Advanced Organic Chemistry for Fine Chemicals |
N/A
N/A |
Young Gyu Kim |
Seoul National University |
|
| This course explores topics like the structure of nucleophiles, the formation of anions and much more to give students a better understanding of how molecules interact with each other. |
|
022
article 22
|
Advanced Physical Metallurgy |
N/A
N/A |
Eun Soo Park |
Seoul National University |
|
| Students in this course will become familiar with the structure and properties of amorphous materials. |
|
024
article 24
|
Advanced Physical Metallurgy Phase Equilibria in Materials |
N/A
N/A |
Eun Soo Park |
Seoul National University |
|
| This course explores the subject of equilibrium in terms of amorphous materials. |
|
015
article 15
|
Advanced Real-Time Systems (Cyber-Physical System Design Paradigm) |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| Through the analysis of topics like traditional real-time theory, end-to-end timing analysis and cyber-physical systems case studies, students in this course will become very comfortable and familiar with designing and verifying Cyber-Physical Systems. |
|
012
article 12
|
Advanced Rock Mechanics |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| This graduate level course covers topics like force, stress, displacement and strain to help students better understand the science behind rock mechanics. |
|
023
article 23
|
Advanced Soil Mechanics 1 |
N/A
N/A |
Jung |
Seoul National University |
|
| In this course, students will learn all about the strength, elasticity, and cohesiveness of various clays and soils so that they understand how to properly account for and incorporate them when planning projects. |
|
001
article 1
|
Advanced Soil Mechanics 1 |
N/A
N/A |
Choong Ki Chung |
Seoul National University |
|
| In this course, students will learn all about the strength, elasticity, and cohesiveness of various clays and soils so that they understand how to properly account for and incorporate them when planning projects. |
|
001
article 1
|
Advanced Soil Mechanics 2 |
N/A
N/A |
Junboum Park |
Seoul National University |
|
| This course picks up where Advanced Soil Mechanics 1 left off, expanding on subjects like the elasticity, strength, and cohesiveness of various clays and soils. |
|
012
article 12
|
Advanced Structures and Properties of Polymers |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This advanced course is all about the structure and properties of polymers. |
|
014
article 14
|
Advanced Theory of Computation |
N/A
N/A |
Kunsoo Park |
Seoul National University |
|
| This course explores topics like algorithms, pattern-matching, data compression and more all at an advance level to give students an in-depth understanding of the theory of computation. |
|
014
article 14
|
Advanced Theory of Concrete Plasticity |
N/A
N/A |
Sung Gul Hong |
Seoul National University |
|
| This graduate course aims to give students an in-depth understanding of the characteristics and qualities of reinforced concrete and how that affects the structure and behavior of the material. |
|
008
article 8
|
Advanced Theory of Helicopter |
2007-03-01
Spring 2007 |
SangJoon Shin |
Seoul National University |
|
| This graduate course will cover analysis of issues such as lift, thrust, and control forces at an advanced level. |
|
015
article 15
|
Advanced Theory of Helicopter |
2009-03-01
Spring 2009 |
SangJoon Shin |
Seoul National University |
|
| This graduate course will cover analysis of issues such as lift, thrust, and control forces at an advanced level. |
|
003
article 3
|
Aeroelasticity |
2008-09-01
Fall 2008 |
Shin, SangJoon |
Seoul National University |
|
| This graduate course will cover elastic, intertial, and aerodynamic forces in aerospace engineering. |
|
016
article 16
|
Aircraft Conceptual Design |
2008-03-01
Spring 2008 |
Dongho Lee |
Seoul National University |
|
| This course covers conceptual elements of aircraft design taking into account issues such as design requirements, configuration, and main wing, tail wing, and control surface design. |
|
016
article 16
|
Aircraft Structural Mechanics |
2007-09-01
Fall 2007 |
Seung Jo Kim |
Seoul National University |
|
| Students will study structural principles in aviation, such as elasticity, box beam stress, work-energy, load transfer in stiffened panel, and trusses, beams and frames. |
|
015
article 15
|
Aircraft Structures |
2010-09-01
Fall 2010 |
SangJoon Shin |
Seoul National University |
|
| This course will examine basic aircraft structures and principles, such as torsion, thin-walled beams, virtual work principles, and energy methods. |
|
016
article 16
|
Amorphous Materials |
N/A
N/A |
Eun Soo Park |
Seoul National University |
|
| This course will expose students to the thermodynamic, kinetic and structural aspects of amorphous materials. |
|
014
article 14
|
An Introduction to Spatial Information Engineering |
N/A
N/A |
Yongil Kim |
Seoul National University |
|
| This course explores topics like leveling, surveying, triangulation and spacing in an effort to give students a glimpse of just how important spatial information is to engineering. |
|
015
article 15
|
Analysis of Reactor Static Characteristics |
2008-09-01
Fall 2008 |
Joo Han-gyu |
Seoul National University |
|
| Topics covered will include collision property method, escape probabilities, P1 approximation and diffusion theory, and depletion. |
|
006
article 6
|
Analysis of Rock Mass Discontinuities |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| Students in this course will learn how to study and identify rock mass discontinuities by analyzing properties like size and spacing. |
|
008
article 8
|
Analysis of Turbulent Flow |
2010-03-01
Spring 2010 |
Haecheon Choi |
Seoul National University |
|
| Students will learn about fluid motion equations, statistics in turbulent flows, free shear flows, and turbulence modeling. |
|
015
article 15
|
Analysis of Viscous Fluid Flows |
2008-03-01
Spring 2008 |
Shin Hyung Rhee |
Seoul National University |
|
| This graduate course will cover viscious fluid flows from viscous flow equations to incompressible turbulent flow. |
|
015
article 15
|
Applied acoustics |
N/A
N/A |
Sung |
Seoul National University |
|
| This course explores the fundamentals of acoustics, focusing on subjects like room acoustics, sound generators, noise control and more. |
|
009
article 9
|
Applied Geochemistry |
N/A
N/A |
Hyo-Taek Chon |
Seoul National University |
|
| This undergraduate course covers the basic principles of geochemistry in both the applied and environmental realms. |
|
015
article 15
|
Applied Resources Geology |
N/A
N/A |
Hyo-Taek Chon |
Seoul National University |
|
| This course is all about mineral exploration and the economic and political influences behind it. |
|
012
article 12
|
Approximation algorithms for optimization |
N/A
N/A |
Sung-Pil Hong |
Seoul National University |
|
| Students in this course learn various approximation algorithms that promise to deliver near-exact solutions to NP-hard problems, thereby increasing accuracy and efficiency. |
|
013
article 13
|
Architectural Engineering Systems Design |
N/A
N/A |
Moonseo Park |
Seoul National University |
|
| By covering subjects like product planning and environmental design, this course will teach students the concepts, tools and techniques that go into architectural engineering projects. |
|
014
article 14
|
Architecture and Urbanism |
N/A
N/A |
Sohyun Park |
Seoul National University |
|
| Students in this course will study the temporal, visual, social and functional dimensions of urban design, in addition to the developmental, control and communication processes involved. |
|
022
article 22
|
Artificial Intelligence: Biointelligence |
N/A
N/A |
Byoung-Tak Zhang |
Seoul National University |
|
| This course is all about the evolution of artificial intelligence and its growing relationship with the life sciences. |
|
014
article 14
|
Asian Architecture and Urbanism |
N/A
N/A |
Bong Hee Jeon |
Seoul National University |
|
| Undergraduates in this course will study the temporal, visual, social and functional dimensions of Asian urban design, in addition to the developmental, control and communication processes involved. |
|
014
article 14
|
Automata Theory |
N/A
N/A |
Kunsoo Park |
Seoul National University |
|
| This course explores the properties and behaviors of mathematical abstract machines and how they influence computational problems. |
|
025
article 25
|
Basic and applied medicine for engineering research |
N/A
N/A |
Jong-Mo Seo |
Seoul National University |
|
| Topics like cell biology, biochemistry, anatomy, physiology, pathology and more are taught throughout this course to give students an overall understanding of basic and applied medicine. |
|
016
article 16
|
Bio Fluid Mechanics |
2009-09-01
Fall 2009 |
Ho-Young Kim |
Seoul National University |
|
| This course will cover mechanics of fluids, including issues such as pressure, momentum, shape, drage, and velocity gradients. |
|
006
article 6
|
Biological Reaction Engineering |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| This course explores biology and biological processes from an engineer's perspective. |
|
011
article 11
|
Bioorganic Chemistry |
N/A
N/A |
Young Gyu Kim |
Seoul National University |
|
| The contents of this class seek to teach students to approach and solve biological issues and problems with their chemical knowledge. |
|
013
article 13
|
Bioseparation Engineering |
N/A
N/A |
JI-Sook Hahn |
Seoul National University |
|
| This course is all about using engineering principles and methods to understand, explain and improve bioseparation processes. |
|
010
article 10
|
Building Construction Technology |
N/A
N/A |
Moonseo Park |
Seoul National University |
|
| This undergraduate course covers common building methodologies and practices such as planing and lean construction while incorporating the use of new simulation software. |
|
015
article 15
|
CAD/CAM |
2006-09-01
Fall 2006 |
Kunwoo Lee |
Seoul National University |
|
| Students will cover intro principles of computer-aided design and computer-aided manufacturing in mechanical and aerospace engineering. |
|
016
article 16
|
CAD/CAM |
2007-09-01
Fall 2007 |
Kunwoo Lee |
Seoul National University |
|
| Students will cover intro principles of computer-aided design and computer-aided manufacturing in mechanical and aerospace engineering. |
|
016
article 16
|
CAD/CAM |
2008-09-01
Fall 2008 |
Kunwoo Lee |
Seoul National University |
|
| Students will cover intro principles of computer-aided design and computer-aided manufacturing in mechanical and aerospace engineering. |
|
015
article 15
|
CAD/CAM |
2009-09-01
Fall 2009 |
Kunwoo Lee |
Seoul National University |
|
| Students will cover intro principles of computer-aided design and computer-aided manufacturing in mechanical and aerospace engineering. |
|
000
article
|
CAD/CAM |
2011-09-01
Fall 2011 |
Kunwoo Lee |
Seoul National University |
|
| Students will cover intro principles of computer-aided design and computer-aided manufacturing in mechanical and aerospace engineering. |
|
015
article 15
|
CFD Application |
2008-09-01
Fall 2008 |
Shin Hyung Rhee |
Seoul National University |
|
| Students will study topics such as finite difference method, solution of discretized equations, and complex geometries. |
|
008
article 8
|
Characterization of Nano Materials |
N/A
N/A |
Nicola Pinna |
Seoul National University |
|
| This course uses information already known about interactions between specimens and probes to better allow students to closely examine and study small nanomaterials. |
|
007
article 7
|
Chemical Reactor Design |
N/A
N/A |
Youn-Woo Lee |
Seoul National University |
|
| This course will provide students with a greater understanding of chemical reactors and separators through the use of computer tools, reaction engineering design problems and more. |
|
009
article 9
|
Circuit Theory 1 |
N/A
N/A |
Yong-Kweon Kim |
Seoul National University |
|
| From resistive circuits to inductors and capacitors, this course covers the ins and outs of circuit theory. |
|
012
article 12
|
Circuit Theory 1 |
N/A
N/A |
Yong-Kweon Kim |
Seoul National University |
|
| From resistive circuits to inductors and capacitors, this course covers the ins and outs of circuit theory. |
|
009
article 9
|
Circuit Theory 1 |
N/A
N/A |
Yong-Kweon Kim |
Seoul National University |
|
| From resistive circuits to inductors and capacitors, this course covers the ins and outs of circuit theory. |
|
008
article 8
|
Circuit Theory II |
N/A
N/A |
Kim Yong-Kweon |
Seoul National University |
|
| Frequency response, filter circuits and transfer function are just some of the circuit theory subjects covered in this course. |
|
007
article 7
|
Coastal and Harbor Engineering |
N/A
N/A |
Kyung-Duck Suh |
Seoul National University |
|
| From wind-generated waves to coastal structures and zone processes, this course covers subjects that are essential to coastal and harbor engineering. |
|
010
article 10
|
Coastal Structure |
N/A
N/A |
Kyung Duck SUH |
Seoul National University |
|
| This course covers topics on sea waves, sea wall design and breakwaters, just to name a few, to help give students an idea of what it takes to make a good coastal structure. |
|
015
article 15
|
Communication Systems |
N/A
N/A |
Jae Hong Lee |
Seoul National University |
|
| Students in this course will become very familiar with different types of communication systems and the building blocks and theories behind them. |
|
016
article 16
|
Community Planning |
N/A
N/A |
Ahn Kun-Hyuck |
Seoul National University |
|
| Students in this course will learn the ins and outs of community planning and all of the details that entails like road construction, environmental impacts and more. |
|
029
article 29
|
Complex Digital Systems for Software People |
N/A
N/A |
Arvind |
Seoul National University |
|
| In this course, students will learn how to design complex digital systems even if they have little knowledge of circuits. |
|
015
article 15
|
Computer and VLSI |
N/A
N/A |
Soo-ik Chae |
Seoul National University |
|
| This course covers topics like video algorithm, virtual prototyping, code optimization and much more. |
|
017
article 17
|
Computer Architecture |
N/A
N/A |
Sang Lyul Min |
Seoul National University |
|
| From hard-disk technology trends to external pieces, this course explores the fundamentals and trends of computer architecture. |
|
019
article 19
|
Computer Graphics |
N/A
N/A |
Yeong-gil Shin |
Seoul National University |
|
| This course covers the theory and practice of computer graphics. |
|
019
article 19
|
Computer Modeling |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| Students in this course will become experts in computer modeling by familiarizing themselves with flash memory management, embedded systems and more. |
|
011
article 11
|
Computer System Design |
N/A
N/A |
Naehyuck Jang |
Seoul National University |
|
| Students in this course will explore the theories, practices and techniques behind digital logic and advanced digital systems design. |
|
000
article
|
Computer-Aided Design |
2012-03-01
Spring 2012 |
Kunwoo Lee |
Seoul National University |
|
| This course will cover CAD methods in mechanical and aerospace engineering. |
|
015
article 15
|
Computer-Aided Design |
2009-03-01
Spring 2009 |
Kunwoo Lee |
Seoul National University |
|
| Students will learn about issues such as geometric modeling, programming in Solidworks API and ParaSolid kernel, and representation of curves. |
|
015
article 15
|
Computer-Aided Ship Design |
2006-09-01
Fall 2006 |
Kyu Yeul, Lee |
Seoul National University |
|
| This course will cover areas such as linear and nonlinear programming, 3D shape representation, B-Spline curve, and ship structure analysis. |
|
015
article 15
|
Computer-Aided Ship Design |
2008-09-01
Fall 2008 |
Kyu Yeul, Lee |
Seoul National University |
|
| This course will cover areas such as linear and nonlinear programming, 3D shape representation, B-Spline curve, and ship structure analysis. |
|
015
article 15
|
Computer-Aided Ship Design |
2009-09-01
Fall 2009 |
Kyu Yeul, Lee |
Seoul National University |
|
| This course will cover areas such as linear and nonlinear programming, 3D shape representation, B-Spline curve, and ship structure analysis. |
|
016
article 16
|
Conic Programming |
N/A
N/A |
Sung-Pil Hong |
Seoul National University |
|
| This course exposes students to the skills and background necessary to work with convex optimization problems. |
|
008
article 8
|
Contaminant Transport Analysis |
N/A
N/A |
Jae Young Kim |
Seoul National University |
|
| This course is all about the need for an efficient, effective contaminant transport system and the considerations that must be made to devise one. |
|
011
article 11
|
Cost Planning & Management |
N/A
N/A |
Moonseo Park |
Seoul National University |
|
| Students in this class will learn all about the ins and outs of project management and how to stay under budget when on assignment. |
|
013
article 13
|
Creative Engineering Design |
2009-03-01
Spring 2009 |
Suk Won Cha |
Seoul National University |
|
| Students will learn about creative engineering design principles with hands-on design projects. |
|
011
article 11
|
Creativity and Paradigm Shift |
N/A
N/A |
Myun W. Lee |
Seoul National University |
|
| This course examines the technology revolution and how it relates to aspects of culture, art and everyday life. |
|
010
article 10
|
Crystal Micro-Mechanics |
N/A
N/A |
Heung Nam Han |
Seoul National University |
|
| This course will cover crystal elasticity, crystal plasticity, and the basics of continuum mechanics at the graduate level. |
|
018
article 18
|
Data Network |
N/A
N/A |
Sunghyun Choi |
Seoul National University |
|
| This course is all about creating an efficient, expansive data network that requires various layers, algorithms and more. |
|
022
article 22
|
Data Structures |
N/A
N/A |
Hyoung-Joo Kim |
Seoul National University |
|
| This course discusses the properties of different data structures like graphs, queues, arrays and lists and explores how and why some are better suited for different situations than others. |
|
014
article 14
|
Deformation of Concrete |
N/A
N/A |
Sung Gul Hong |
Seoul National University |
|
| This is a graduate level course that seeks to leave students with an understanding of the basic concepts of deformation like ductility, bending, plane stress and more. |
|
018
article 18
|
Design & Analysis of Database Systems |
N/A
N/A |
Jonghun Park |
Seoul National University |
|
| This class explores the concepts, architectures and math behind today's database systems. |
|
015
article 15
|
Design for Manufacturing |
2008-03-01
Spring 2008 |
Sung-Hoon Ahn |
Seoul National University |
|
| This graduate course will cover elements of design in manufacturing from conceptual design to prototyping and manufacturing. |
|
009
article 9
|
Design of Tunnel and Underground Space |
N/A
N/A |
Seokwon Jeon |
Seoul National University |
|
| Students in this course will learn about the history and design of tunnels. |
|
011
article 11
|
Digital Logic Design and Lab |
N/A
N/A |
Soo-ik Chae |
Seoul National University |
|
| Logic design is a course that teaches students how to create state-of-the-art computer hardware all while taking things like size, cost, power, efficiency and aesthetics into consideration. |
|
011
article 11
|
Digital Logic Design and Lab |
N/A
N/A |
Kiyoung Choi |
Seoul National University |
|
| Logic design is a course that teaches students how to create state-of-the-art computer hardware all while taking things like size, cost, power, efficiency and aesthetics into consideration. |
|
015
article 15
|
Digital Signal Processing |
N/A
N/A |
Yong-Hwan Lee |
Seoul National University |
|
| This course tackles topics like discrete-time signals, systems and more to give students a better understanding of what all goes into digital signal processing. |
|
018
article 18
|
Digital Signal Processing System Design |
N/A
N/A |
Wonyong Sung |
Seoul National University |
|
| This course covers different algorithms, processes and techniques that factor into the design of a digital signal processing system. |
|
015
article 15
|
Digital Systems Design and Experiments |
N/A
N/A |
Hyuk-Jae Lee |
Seoul National University |
|
| This course explores the different algorithms, software, and digital processors that are a part of a digital systems design. |
|
016
article 16
|
Digital Systems Design and Experiments |
N/A
N/A |
Soo-Ik Shae |
Seoul National University |
|
| This course explores the different algorithms, software, and digital processors that are a part of a digital systems design. |
|
019
article 19
|
Discrete Mathematics |
N/A
N/A |
Byoung-Tak Zhang |
Seoul National University |
|
| Students in this course will study discrete, mathematical objects and structures like proofs, summations, graphs, algorithms and integers, among others. |
|
015
article 15
|
Discrete Mathematics |
N/A
N/A |
Suk I. Yoo |
Seoul National University |
|
| Students in this course will study discrete, mathematical objects and structures like proofs, summations, graphs, algorithms and integers, among others. |
|
008
article 8
|
DiscreteMath |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| Students in this course will study discrete, mathematical objects and structures like proofs, summations, graphs, algorithms and integers, among others. |
|
027
article 27
|
Display engineering 1 |
N/A
N/A |
Ki-Woong Whang |
Seoul National University |
|
| This course covers the technology and techniques behind flat panel displays. |
|
000
article
|
Dynamics |
2008-09-01
Fall 2008 |
SangJoon Shin |
Seoul National University |
|
| This course will cover principles of dynamics in mechanical and aerospace engineering, such as force, torque, and motion. |
|
015
article 15
|
Dynamics |
2008-09-01
Fall 2008 |
Kyu-Jin Cho |
Seoul National University |
|
| This course will cover issues such as kinematics, particles, motion, work and energy, kinetics of rigid bodies, and rotatics frames. |
|
000
article
|
Dynamics |
2011-09-01
Fall 2011 |
Ji-Hwan Kim |
Seoul National University |
|
| This course will cover principles of dynamics in mechanical and aerospace engineering, such as force, torque, and motion. |
|
000
article
|
Dynamics 003 |
2011-09-01
Fall 2011 |
Kyu-Jin Cho |
Seoul National University |
|
| This course will cover principles of dynamics in mechanical and aerospace engineering, such as force, torque, and motion. |
|
013
article 13
|
Dynamics of Structures |
N/A
N/A |
Jae Kwan Kim |
Seoul National University |
|
| This is an informative course that covers principles like distributed mass and elasticity that are important to the study of structures. |
|
001
full-course 1
|
Earthquake Engineering |
N/A
N/A |
Apostolos S. Papageorgiou |
Seoul National University |
|
| Students in this course will learn how to apply their engineering skills and knowledge to decrease the amount of damage done to buildings and structures during and after earthquakes. |
|
016
article 16
|
Elasticity |
2008-09-01
Fall 2008 |
Yoon Young Kim |
Seoul National University |
|
| Students cover principles of strain, stress, equilibrium and superposition in this graduate course. |
|
016
article 16
|
Elasticity |
2009-09-01
Fall 2009 |
Yoon-Young Kim |
Seoul National University |
|
| Students cover principles of strain, stress, equilibrium and superposition in this graduate course. |
|
015
article 15
|
Electrical and Electronics Circuits |
N/A
N/A |
Soonhoi Ha |
Seoul National University |
|
| Students in this course will learn about topics like circuit and amplifier abstraction, resistive networks and other components and properties of electrical circuits. |
|
007
article 7
|
Electrochemical Energy Engineering |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| This course combines engineering principles with the study of electrochemical topics like ionic conduction, electron flow and more. |
|
015
article 15
|
Electromagnetic Theory II |
N/A
N/A |
In-Joong Ha |
Seoul National University |
|
| From wave equations to velocity theories and radiating systems, this course covers this ins and outs of electromagnetics. |
|
007
article 7
|
Electromagnetics 1 |
N/A
N/A |
Seong-Cheol Kim |
Seoul National University |
|
| Students in this course will study vector analysis, electric currents and magnetic fields throughout this course. |
|
012
article 12
|
Electromagnetics 2 |
N/A
N/A |
Seong-Cheol Kim |
Seoul National University |
|
| This course extensively dissects the subject of electromagnetics, expanding on the theories and equations covered in Electromagnetics 1. |
|
016
article 16
|
Electromechanical Energy Conversion |
N/A
N/A |
Hyun-Kyo Jung |
Seoul National University |
|
| This class covers electromagnetic theory, differential equations, mechanical equations of motion and more, all building toward the overall theme of electromechanical energy conversion. |
|
011
article 11
|
Electronic Circuits 2 |
N/A
N/A |
|
Seoul National University |
|
| This course explores topics related to electronic circuits such as feedback, amplifiers, filters and more. |
|
015
article 15
|
Electronic Circuits 2 |
N/A
N/A |
Suhwan Kim |
Seoul National University |
|
| This course explores topics related to electronic circuits such as feedback, amplifiers, filters and more. |
|
015
article 15
|
Electronic Circuits 2 |
N/A
N/A |
Jong-Ho Lee |
Seoul National University |
|
| This course explores topics related to electronic circuits such as feedback, amplifiers, filters and more. |
|
008
article 8
|
Elementary Fluid Mechanics and Lab |
N/A
N/A |
Kyung-Duck Suh |
Seoul National University |
|
| The fundamental theory and equations of fluid motion and mechanics that involve energy, continuity and momentum will all be covered in this course, in addition to specific topics like turbulent flow and more. |
|
009
article 9
|
Elementary Fluid Mechanics and Lab |
N/A
N/A |
Il Won Seo |
Seoul National University |
|
| The fundamental theory and equations of fluid motion and mechanics that involve energy, continuity and momentum will all be covered in this course, in addition to specific topics like turbulent flow and more. |
|
008
article 8
|
Elementary Fluid Mechanics and Lab |
N/A
N/A |
Il Won Seo |
Seoul National University |
|
| The fundamental theory and equations of fluid motion and mechanics that involve energy, continuity and momentum will all be covered in this course, in addition to specific topics like turbulent flow and more. |
|
015
article 15
|
Elementary Numerical Analysis |
2008-09-01
Fall 2008 |
Joo Han-gyu |
Seoul National University |
|
| Students will cover the basics of numerical analysis from interpolation to ordinary differential equations. |
|
015
article 15
|
Embedded System Design |
N/A
N/A |
Chae Soo-ik |
Seoul National University |
|
| This course will not only define what an embedded computing system is, but it will also discuss various design methodologies and common challenges faced in the design process. |
|
023
article 23
|
Embedded System Design |
N/A
N/A |
Chae Soo-ik |
Seoul National University |
|
| From the definition of an embedded computing system to the challenges associated with system design, this course covers everything students need and want to know about embedded system design. |
|
009
article 9
|
Embedded System Design Methodology |
N/A
N/A |
Soonhoi Ha |
Seoul National University |
|
| Students in this course will broaden their understanding of the basic procedure of embedded system design and all of the possible issues that come with it, while also familiarizing themselves with the key techniques of codesign methodology. |
|
013
article 13
|
Embedded Systems and Application |
N/A
N/A |
Naehyuck Chang |
Seoul National University |
|
| This course is all about challenging students to put what they've learned about electric circuits, digital electronics, digital systems design and computer-aided circuit design into practice to use and design an efficient and effective system that takes network interface, data conversion and much more into consideration. |
|
010
article 10
|
Energy Engineering |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| Energy engineering covers thermal energy, hydropower, wind power, solar energy, biomass, energy from fission & fusion, hydrogen energy and the principle of energy conversion and storage. |
|
009
article 9
|
Energy Engineering |
N/A
N/A |
Joomyung Kang |
Seoul National University |
|
| This undergraduate course is all about energy sources, their generation and utilization on a global scale. |
|
014
article 14
|
Energy Resources and Future |
N/A
N/A |
Jonggeun Choe |
Seoul National University |
|
| This course explores energy sources like coal and petroleum and what the future holds for them, the industry and the environment. |
|
015
article 15
|
Engineering Biology |
N/A
N/A |
Young-je Yoo, Tai Hyun Park, Ji-Sook Hahn |
Seoul National University |
|
| This undergraduate course combines theories and methodologies from the engineering, biology and biotechnology disciplines to tackle subjects like cell behavior and pollution. |
|
015
article 15
|
Engineering Biology |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| This undergraduate course combines theories and methodologies from the engineering, biology and biotechnology disciplines to tackle subjects like cell behavior and pollution. |
|
015
article 15
|
Engineering Biology |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| This undergraduate course combines theories and methodologies from the engineering, biology and biotechnology disciplines to tackle subjects like cell behavior and pollution. |
|
015
article 15
|
Engineering Geology |
N/A
N/A |
Hyeong-Dong Park |
Seoul National University |
|
| This class focuses on how engineers and their practices interact with the natural world around them. |
|
024
mixed 24
|
Engineering Math 3 (Linear Algebra) |
N/A
N/A |
Hyungbo Shim |
Seoul National University |
|
| This course covers the equations and theories of linear algebra that are necessary in the engineering field. |
|
008
article 8
|
Engineering Mathematics |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| This course helps students focus on math topics like ordinary differential equations and linear algebra |
|
001
article 1
|
Engineering Mathematics 1 |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| In this class, students will study how to model and solve engineering issues mathematically through lectures on ordinary differential equation, laplace transform, and linear algebra. |
|
008
article 8
|
Engineering Mathematics 1 |
N/A
N/A |
In-Joong Ha |
Seoul National University |
|
| From matrix problems to the fundamentals of linear algebra, this course teaches math that engineering students will need for their day-to-day work. |
|
008
article 8
|
Engineering Mathematics 1 |
2009-03-01
Spring 2009 |
Ho-Young Kim |
Seoul National University |
|
| Students will learn about the basics of engineering mathematics, such as first and second-order ODEs, laplace transforms, and vector differential calculus. |
|
000
article
|
Engineering Mathematics 1 |
2012-03-01
Spring 2012 |
Kyu Yeul, Lee |
Seoul National University |
|
| This course will examine the fundamentals of mathematic principles used in engineering. |
|
015
article 15
|
Engineering Mathematics 1 |
2009-03-01
Spring 2009 |
Yong-Su Na |
Seoul National University |
|
| Students will cover topics from first-order ODEs to linear algebra. |
|
001
article 1
|
Engineering Mathematics 2 |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This course expands on where Engineering Mathematics 1 left off, providing students with even more information on solving engineering problems with math. |
|
001
article 1
|
Engineering Mathematics 2 |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This course expands on where Engineering Mathematics 1 left off, providing students with even more information on solving engineering problems with math. |
|
022
article 22
|
Engineering Mathematics 2 |
N/A
N/A |
Yong Tae Yoon |
Seoul National University |
|
| Vectors, differential equations and calculus problems are just some of the topics covered in this course. |
|
015
article 15
|
Engineering Mathematics 2 |
2008-09-01
Fall 2008 |
Hyoun Jin |
Seoul National University |
|
| Students will cover subjects such as linear systems, vector space, half-range expansion, and independence of path. |
|
015
article 15
|
Engineering Mathematics 2 |
2010-09-01
Fall 2010 |
Byeng Dong |
Seoul National University |
|
| Students will cover subjects such as linear systems, vector space, half-range expansion, and independence of path. |
|
015
article 15
|
Engineering Mathematics 2 |
2008-09-01
Fall 2008 |
Kyu Yeul, Lee |
Seoul National University |
|
| This course will delve into higher-level mathematics in engineering from ordinary differential equations to Fourier transform analysis. |
|
015
article 15
|
Engineering Mathematics 2 |
2008-09-01
Fall 2008 |
Yong-Su Na |
Seoul National University |
|
| This course will examine upper-level math from vector differential calculus to residue integration. |
|
015
article 15
|
Engineering Mathematics 2 |
2009-09-01
Fall 2009 |
Yong-Su Na |
Seoul National University |
|
| This course will examine upper-level math from vector differential calculus to residue integration. |
|
016
article 16
|
Engineering Mathematics II |
2006-09-01
Fall 2006 |
Hyunkin Kim |
Seoul National University |
|
| This course will cover issues such as Gauss elimination, vector space, Cramer's rule, symmetric matrices, and heat equations. |
|
008
article 8
|
Engineering Mathematics1 |
N/A
N/A |
Jong-Keun Park |
Seoul National University |
|
| From matrix problems to the fundamentals of linear algebra, this course teaches math that engineering students will need for their day-to-day work. |
|
015
article 15
|
Engineering Nonlinear Optics |
N/A
N/A |
Yoonchan Jeong |
Seoul National University |
|
| Wave optics, laser properties and pulse propagation in optical fibers are just some of the topics covered in this Nonlinear Optics course for engineers. |
|
019
article 19
|
Engineering Properties of Soils and Their Measurement |
N/A
N/A |
Choong gi Chung |
Seoul National University |
|
| This course centers on site investigation, field testing, sampling and laboratory testing, all in regards to soil, as it plays an important role in any and every civil engineering project. |
|
008
article 8
|
Environmental Engineering |
N/A
N/A |
Jae Young Kim |
Seoul National University |
|
| Ecology, hydrology, risk assessment and more are all covered in this course on environmental engineering. |
|
006
article 6
|
Environmental Engineering |
N/A
N/A |
Jae Young Kim |
Seoul National University |
|
| Students in this undergraduate course can expect to learn about chemistry and how it relates to the environment, especially in terms of water treatment and sustainable solutions. |
|
011
article 11
|
Environmental Process Engineering |
N/A
N/A |
Jeyong Yoon |
Seoul National University |
|
| Environmental policies, pollution and sustainable engineering practices are all covered in this course. |
|
014
article 14
|
Environmentally Conscious Design of Chemical Processes (Green Engineering) |
N/A
N/A |
Youn-Woo Lee |
Seoul National University |
|
| Through the study of topics like industrial ecology and green chemistry, students in this course learn about environmental issues, regulation laws and potential sustainable solutions. |
|
015
article 15
|
Environmentally Functioning Materials |
2008-03-01
Spring 2008 |
Park, Chong Rae |
Seoul National University |
|
| This graduate course will cover environmental, stratospheric, and troposcheric chemistry and examine how materials such as aerosols, metals, and other pollutants react with the chemistry of the global environment. |
|
010
article 10
|
Enzyme Engineering |
N/A
N/A |
|
Seoul National University |
|
| This course on enzyme engineering covers how to modify an enzyme's structure, as well as catalytic activity to produce new reactions and compounds. |
|
007
article 7
|
Estimation Theory |
N/A
N/A |
Jang Gyu Lee |
Seoul National University |
|
| Optimal filtering, smoothing and more are all covered in this course on estimation theory. |
|
006
article 6
|
Field Excursions in Resources Engineering |
N/A
N/A |
Hyo-Taek Chon |
Seoul National University |
|
| Students in this course will learn all about field work, rock identification and more. |
|
010
article 10
|
Fluid Dynamics |
N/A
N/A |
Il Won Seo |
Seoul National University |
|
| Students in this course can expect to study equations related to momentum, energy, and continuity, while also discussing the origin of turbulence and kinematics. |
|
000
article
|
Fluid Mechanics |
2011-09-01
Fall 2011 |
Haecheon Choi |
Seoul National University |
|
| This course will cover the physics of liquids, gases, and plasmas. |
|
012
article 12
|
Formation of Urban Structure |
N/A
N/A |
Kun-Hyuck Ahn |
Seoul National University |
|
| This course explores the theories, trends and implementation of urban design dating as far back as medieval times. |
|
015
article 15
|
Fuel Cell Science and Technology |
2007-03-01
Spring 2007 |
Suk Won Cha |
Seoul National University |
|
| This graduate course will cover fuel cell thermodynamics, kinetics, charge transport, modeling, and characterization. |
|
015
article 15
|
Fuel Cell Science and Technology |
2009-03-01
Spring 2009 |
Suk Won Cha |
Seoul National University |
|
| This graduate course will cover fuel cell thermodynamics, kinetics, charge transport, modeling, and characterization. |
|
014
article 14
|
Fundamentals of computer system |
N/A
N/A |
Hong Sung Soo |
Seoul National University |
|
| This course begins with an exploration of the history of the computer and internet before delving into more involved topics like structured programming and integer operation. |
|
010
article 10
|
Fundamentals of Computer System |
N/A
N/A |
Song Jae-Joon |
Seoul National University |
|
| This course tackles topics like compiler installation, C programs, functions, arrays and more, all in relation to the computer system as a whole. |
|
014
article 14
|
Fundamentals of Computer System |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| This course tackles topics like compiler installation, C programs, functions, arrays and more, all in relation to the computer system as a whole. |
|
016
article 16
|
Fundamentals of Multiscale Fabrication |
2009-09-01
Fall 2009 |
Kahp-Yang Suh |
Seoul National University |
|
| Students will cover multiscale fabrication from historical background to topical issues. |
|
016
article 16
|
Fundamentals of Multiscale Fabrication |
2011-09-01
Fall 2011 |
Kahp-Yang Suh |
Seoul National University |
|
| Students will cover multiscale fabrication from historical background to topical issues. |
|
014
article 14
|
Fusion Reactor Technology 1 |
2008-03-01
Spring 2008 |
Yong-Seok Hwang |
Seoul National University |
|
| Students will learn about fusion reactor technology covering basics such as tokamak equilibrium, instability, and fusion plasma diagnostics. |
|
015
article 15
|
Fusion Reactor Technology 1 |
2009-03-01
Spring 2009 |
Yong-Su Na |
Seoul National University |
|
| Students will cover topics such as magnetic confinement, fusion reactor energetics, and plasma equilibrium. |
|
015
article 15
|
Fusion Reactor Technology 2 |
2010-03-01
Spring 2010 |
Yong-Su Na |
Seoul National University |
|
| This course will cover subjects such as tokamak reactor critical issues, radio activation, and fuel cycle systems. |
|
015
article 15
|
Fusion Reactor Technology 2 |
2008-09-01
Fall 2008 |
Yong-Su Na |
Seoul National University |
|
| This course covers advanced topics in tokamak reactor critical issues, radioactivation, and fuel cycle systems. |
|
011
article 11
|
Geoinformation Systems |
N/A
N/A |
Hyeong-Dong Park |
Seoul National University |
|
| This course is all about learning how to manage, analyze and display geographic knowledge. |
|
015
article 15
|
Geophysical Data Analysis |
N/A
N/A |
Dong Joo Min |
Seoul National University |
|
| This course teaches students how to properly gather and interpret data, all while keeping project constraints like budgets and overall objective in mind. |
|
015
article 15
|
Geophysical Engineering |
N/A
N/A |
Dong Joo Min |
Seoul National University |
|
| This course discusses various methods for data acquisition, processing and interpretation, all the while staying cognizant of different principles and properties of the physical world. |
|
013
article 13
|
Geotechnical Engineering |
N/A
N/A |
Choongki Chung |
Seoul National University |
|
| Students in this course will study topics like soil and substructure analysis, design methods, excavations and more, all in the interest of becoming familiar with the processes and scope of geotechnical engineering. |
|
015
article 15
|
Geothermal Energy |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| Students in this course will master basic principles such as heat transfer and fluid flow in rock, while also exploring major issues associated with geothermal energy exploration. |
|
012
article 12
|
Global Product Development |
2007-09-01
Fall 2007 |
Suk Won Cha |
Seoul National University |
|
| Students will examine global product development from engineering, robust, and industrial design to product life cycle management. |
|
013
article 13
|
Heat and Mass Transfer |
N/A
N/A |
Youn-Woo Lee |
Seoul National University |
|
| This course is all about heat transfer and all that entails such as chemical processes, reactions, energy conversion and more. |
|
016
article 16
|
Heat Transfer |
2008-03-01
Spring 2008 |
Joonsik Lee |
Seoul National University |
|
| This course will cover conduction, radiation, and convection. |
|
000
article
|
Heat Transfer |
2012-03-01
Spring 2012 |
Kahp-Yang Suh |
Seoul National University |
|
| This course will cover conduction, radiation, and convection. |
|
000
article
|
Helicopter Engineering |
2011-09-01
Fall 2011 |
SangJoon Shin |
Seoul National University |
|
| This course covers basic concepts in design, properties, and engineering of helicopters. |
|
018
article 18
|
History II |
N/A
N/A |
Jin Baek |
Seoul National University |
|
| After a brief review of the Renaissance and Baroque periods, this course explores notable pieces and trends in architecture over the years, starting in 16th century Italy. |
|
017
article 17
|
History of Architecture |
N/A
N/A |
Jin Baek |
Seoul National University |
|
| Starting with the Ancient Egyptians, this course explores architecture throughout history, wrapping up with an analysis of East Asian building and design trends. |
|
013
article 13
|
Industrial Information Technology |
N/A
N/A |
Jonghun Park |
Seoul National University |
|
| Filters, search engines and data clustering are just some of the topics covered in this course on industrial information technology. |
|
015
article 15
|
Information and Schedule |
N/A
N/A |
Yong Tae Yoon |
Seoul National University |
|
| This course tackles topics concerning pricing, tariffs and more. |
|
023
article 23
|
Innovative Ship Design |
2008-03-01
Spring 2008 |
n/a |
Seoul National University |
|
| Students will explore all elements of ship design from engines and propellers to hull form and structural design. |
|
015
article 15
|
Innovative Ship Design |
2008-03-01
Spring 2008 |
n/a |
Seoul National University |
|
| This course will cover ship design focusing on trim and stability, ship motion and wave loads, and elasticity. |
|
000
article
|
Innovative Ship Design |
2012-03-01
Spring 2012 |
Kyu-Yeul Lee |
Seoul National University |
|
| Students will explore all elements of ship design from engines and propellers to hull form and structural design. |
|
012
article 12
|
Internet Applications |
N/A
N/A |
Jonghun Park |
Seoul National University |
|
| Through lectures on theories, statistics and more, this course explores the building blocks of the world wide web and challenges students to look at the Internet from not only a technical point of view, but also a business one. |
|
013
article 13
|
Introduction to Administration, Management and Organization Syllabus |
N/A
N/A |
Myun W. Lee |
Seoul National University |
|
| Students in this course will gain a firm understanding of the design, dynamics, responsibilities and components of an organization's management division. |
|
015
article 15
|
Introduction to Aerospace Engineering |
2009-03-01
Spring 2009 |
SangJoon Shin |
Seoul National University |
|
| Students will learn about the basics of aerospace engineering, such as aeronautics, astronautics, and vehicle design. |
|
015
article 15
|
Introduction to Applied Nuclear Physics |
2009-03-01
Spring 2009 |
Yong-Su Na |
Seoul National University |
|
| This course will cover the basics of applied nuclear physics, such as the theory of relativity, wave mechanics, and black-body radiation. |
|
014
article 14
|
Introduction to Biomedical engineering |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This is an introductory course about biomedical engineering and all that entails like tissue building, brain stimulation and more |
|
014
article 14
|
Introduction to Biomedical Engineering |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This is an introductory course about biomedical engineering and all that entails like tissue building, brain stimulation and more |
|
013
article 13
|
Introduction to Biomedical Engineering |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This is an introductory course about biomedical engineering and all that entails like tissue building, brain stimulation and more |
|
012
article 12
|
Introduction to Compilers |
N/A
N/A |
Soo-Mook Moon |
Seoul National University |
|
| Students in this course will be exposed to the fundamentals of compilers, which help translate the language of one program into that of another. |
|
014
article 14
|
Introduction to Computer-Aided Design |
N/A
N/A |
Kiyoung Choi |
Seoul National University |
|
| This course helps students develop their CAD skills through various lectures and exercises. |
|
014
article 14
|
Introduction to Data Communication Network |
N/A
N/A |
Seung-Woo Seo |
Seoul National University |
|
| This course covers topics like protocols, naming, resource allocation and other key concepts in data networking. |
|
008
article 8
|
Introduction to Data Structures |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| Data structures, algorithm analysis, and independent programming languages are just some of the subjects students can expect to cover in this course. |
|
012
article 12
|
Introduction to Database Systems |
N/A
N/A |
Sang-goo Lee |
Seoul National University |
|
| Students in this course will learn about the ins and outs of database creation and management. |
|
015
article 15
|
Introduction to Electrical Engineering |
N/A
N/A |
Seung-Il Moon |
Seoul National University |
|
| Flow of electric charges, voltage, energy and power are just some of the topics covered in this introductory course. |
|
015
article 15
|
Introduction to Engineering Probability |
2008-03-01
Spring 2008 |
Kim, Hyoun Jin |
Seoul National University |
|
| This course will cover the fundamentals of engineering probability, from conditional probability to inequalities. |
|
018
article 18
|
Introduction to Industrial Engineering |
N/A
N/A |
Seokho Kang |
Seoul National University |
|
| The purpose of this course is to get students familiar with the overall purpose of industrial engineering, while also exposing them to common methods, processes and procedures present in the field. |
|
015
article 15
|
Introduction to Light Emitting Diodes |
2007-03-01
Spring 2007 |
Euijoon Yoon |
Seoul National University |
|
| This graduate course will cover the theory of radiative recombination, LED basics, electrical properties, and optical properties, human vision, and optical communication |
|
016
article 16
|
Introduction to Manufacturing Systems |
2008-09-01
Fall 2008 |
Yi, Kyongsu |
Seoul National University |
|
| Students will learn about the fundamentals of manufacturing systems, such as hydraulic systems, pumps, actuators, cylinders, and motors, and excavator control systems. |
|
023
article 23
|
Introduction to Microsystem Technology |
N/A
N/A |
Yong-Kyeon Kim |
Seoul National University |
|
| This course is all about the design and application of microelectromechanical systems. |
|
015
article 15
|
Introduction to Nuclear Engineering 1 |
2009-03-01
Spring 2009 |
U. C. Lee |
Seoul National University |
|
| Students will examine topics such as atomic and nuclear physics and thermal power and reactor physics. |
|
015
article 15
|
Introduction to Nuclear Fusion |
2006-09-01
Fall 2006 |
Sanghee Hong |
Seoul National University |
|
| Students will examine topics from fusion fundamentals to tritium fuel dynamics. |
|
015
article 15
|
Introduction to Nuclear Fusion |
2010-09-01
Fall 2010 |
Yong-Su Na |
Seoul National University |
|
| This course will cover topics such as intertial confinement, plasma equilibrium and stability, and plasma wall interaction. |
|
007
article 7
|
Introduction to Operation System |
N/A
N/A |
Seongsoo Hong |
Seoul National University |
|
| This course aims to give students an overview of the history, function and design of operations systems. |
|
016
article 16
|
Introduction to Plasma Electrodynamics 1 |
2009-03-01
Spring 2009 |
Hong, Sang Hee |
Seoul National University |
|
| Students will cover plasma electrodynamics basics from vector representation to static magnetic fields. |
|
015
article 15
|
Introduction to Plasma Electrodynamics 2 |
2009-09-01
Fall 2009 |
Hong, Sang Hee |
Seoul National University |
|
| This course will cover topics from wave equations and solution to effective area & cross section |
|
016
article 16
|
Introduction to Quantum Mechanics |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| This course aims to help students understand both the physical and chemical properties of various materials. |
|
007
article 7
|
Introduction to Quantum Mechanics |
N/A
N/A |
Yung-Eun Sung |
Seoul National University |
|
| This course aims to help students understand both the physical and chemical properties of various materials. |
|
006
article 6
|
Introduction to Quantum Mechanics |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This course aims to help students understand both the physical and chemical properties of various materials. |
|
022
article 22
|
Introduction to Quantum Mechanics |
N/A
N/A |
Byoungho Lee |
Seoul National University |
|
| This introductory course explores modern physics with an emphasis on quantum mechanics. |
|
020
article 20
|
Introduction to Quantum Mechanics |
N/A
N/A |
Byoung ho Lee |
Seoul National University |
|
| This introductory course explores modern physics with an emphasis on quantum mechanics. |
|
022
article 22
|
Introduction to Quantum Mechanics |
N/A
N/A |
Byoung ho Lee |
Seoul National University |
|
| This introductory course explores modern physics with an emphasis on quantum mechanics. |
|
007
article 7
|
Introduction to Random Variables and Random Processes |
N/A
N/A |
Sunghyun Choi |
Seoul National University |
|
| Students in this course will explore probability models, long-term averages, random variables and much more. |
|
008
article 8
|
Introduction to Random Variables Processes |
N/A
N/A |
Chang Gyu Lee |
Seoul National University |
|
| Students in this introductory class will become familiar with topics like central limit theorem, variance and others, all related to random variable processes. |
|
012
article 12
|
Introduction to Surface/Interface Chemistry |
N/A
N/A |
Patrick Theato |
Seoul National University |
|
| This course is all about forces, absorption, biological interfaces, surface chemistry and more. |
|
023
article 23
|
Korean Architecture |
N/A
N/A |
BongHee Jeon |
Seoul National University |
|
| This course explores Korean architecture from its earliest days to modern designs, focusing more, however, on the pre-modern, traditional designs and styles. |
|
013
article 13
|
Leadership & Management |
N/A
N/A |
Myunwoo Lee |
Seoul National University |
|
| This course explores the similarities and differences between true leadership and management and how each must evolve and adapt to better serve our ever-changing society. |
|
013
article 13
|
Leadership & Management Syllabus |
N/A
N/A |
Myunwoo Lee |
Seoul National University |
|
| This course explores the similarities and differences between true leadership and management and how each must evolve and adapt to better serve our ever-changing society. |
|
013
article 13
|
Leaderships on Energy and Resources Industry |
N/A
N/A |
Jonggeun Choe |
Seoul National University |
|
| This course covers the ins and outs of the oil and energy industry, touching on everything from common misunderstandings, to reserves and the offshore gas field. |
|
009
article 9
|
Linear System Theory |
N/A
N/A |
Jinyoung Choi |
Seoul National University |
|
| This course will cover the definition, theory and design of linear systems. |
|
010
article 10
|
Logic Design |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| This course will teach students how to create, optimize and validate digital logic designs that can be found in common items like computers, cell phones, watches and more. |
|
011
article 11
|
Logic Design |
N/A
N/A |
Naehyuck Chang |
Seoul National University |
|
| This course will teach students how to create, optimize and validate digital logic designs that can be found in common items like computers, cell phones, watches and more. |
|
012
article 12
|
Machine Learning |
N/A
N/A |
Suk I. Yoo |
Seoul National University |
|
| This class focuses on a branch of artificial intelligence that centers around the construction and study of systems--like spam filters-- that can learn from data and function on their own. |
|
017
article 17
|
Management Information Systems |
N/A
N/A |
Jonghun Park |
Seoul National University |
|
| Students in this course will become familiar with the concepts, skills and technologies behind management information systems. |
|
011
article 11
|
Management of Safety, Environment, and Health in Energy Industry |
N/A
N/A |
En Sup Yoon |
Seoul National University |
|
| Students in this graduate course will learn about risk assessment techniques, safety management systems and more to ensure they become cautious, careful professionals who value accident prevention. |
|
016
article 16
|
Manufacturing processes |
2007-09-01
Fall 2007 |
Sung-Hoon Ahn |
Seoul National University |
|
| This course will cover issues like the mechanical behavior of materials, metal properties, dimensional characteristics, and polymers and reinforced plastics. |
|
016
article 16
|
Mechanical and Aerospace Engineering System Analysis |
2008-03-01
Spring 2008 |
Kyongsu Yi |
Seoul National University |
|
| Students in this course will learn about areas such as laplace transformation, transfer function, transient analysis, MATLAB analysis, and stability. |
|
016
article 16
|
Mechanical and Aerospace Engineering System Analysis |
2011-03-01
Spring 2011 |
Kyongsu Yi |
Seoul National University |
|
| Students in this course will learn about areas such as laplace transformation, transfer function, transient analysis, MATLAB analysis, and stability. |
|
015
article 15
|
Mechanics in Energy Resources |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| Students in this course will learn how to best determine the load-induced stresses, strains, and displacements on various structures. |
|
010
article 10
|
Mechanics in Energy Resources Engineering |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| The main goal of this course is to help familiarize students with fundamental design concepts while also helping them better understand the mechanics of materials like bars, beams, columns and more. |
|
015
article 15
|
Micro Fluid Mechanics |
2009-03-01
Spring 2009 |
Ho-Young Kim |
Seoul National University |
|
| Students will cover areas such as inertia free flow, electrowetting, electrokinetics, and dielectrophoresis. |
|
023
article 23
|
Micro-Electro Mechanical Systems Design & Fabrication |
N/A
N/A |
Dong-Il Dan Cho |
Seoul National University |
|
| This course covers the scope of designing and making devices that have at least some of their dimensions in the micrometer range. |
|
022
article 22
|
Micro-Electro Mechanical Systems Design & Fabrication |
N/A
N/A |
Dong-Il Dan Cho |
Seoul National University |
|
| This course covers the scope of designing and making devices that have at least some of their dimensions in the micrometer range. |
|
016
article 16
|
Microelectromechanical Systems for Mechanical Engineering Applications |
2006-09-01
Fall 2006 |
Kahp-Yanh Suh |
Seoul National University |
|
| This course will cover areas such as scaling, MEMS fabrication, BioMEMS fabrication, and microfluidic devices. |
|
016
article 16
|
Microelectromechanical Systems for Mechanical Engineering Applications |
2009-09-01
Fall 2009 |
Kahp-Yanh Suh |
Seoul National University |
|
| This course will cover areas such as scaling, MEMS fabrication, BioMEMS fabrication, and microfluidic devices. |
|
016
article 16
|
Microelectromechanical Systems for Mechanical Engineering Applications |
2011-09-01
Fall 2011 |
Kahp-Yanh Suh |
Seoul National University |
|
| This course will cover areas such as scaling, MEMS fabrication, BioMEMS fabrication, and microfluidic devices. |
|
007
article 7
|
Microelectronic Circuit 2 |
N/A
N/A |
Youngwoo Kwo |
Seoul National University |
|
| This course examines the structure and design of a microelectronic circuit and also includes an analysis of operational amplifiers, feedback, oscillators, signal generators and more. |
|
013
article 13
|
Microwave Devices |
N/A
N/A |
KwangSeok Seo |
Seoul National University |
|
| This class covers the ins and outs of microwave devices, whether they are passive or active. |
|
007
article 7
|
Models and Technologies for Information Services |
N/A
N/A |
Jonghun Park |
Seoul National University |
|
| This course examines the models and concepts behind information services. |
|
008
article 8
|
Molecular Biochemical Engineering |
N/A
N/A |
Tai Hyun Park |
Seoul National University |
|
| This course explores the relationship between science and technology with a heavy emphasis on chemical and molecular processes and reactions. |
|
008
article 8
|
Molecular Biological Engineering |
N/A
N/A |
JI-Sook Hahn |
Seoul National University |
|
| This course focuses on topics like bioprocessing, cell culture, biosensor, protein engineering and more. |
|
009
article 9
|
Multi-agent Coordination, Control and Application |
N/A
N/A |
Beom-Hee Lee |
Seoul National University |
|
| Students in this course will become familiar with multi-agent control and planning--two big components of robotics. |
|
000
article
|
Multiscale Computational Fluid Dynamics |
2012-03-01
Spring 2012 |
Haecheon Choi |
Seoul National University |
|
| This course will cover the interpretation of computer-simulated fluid dynamics. |
|
016
article 16
|
Nanomaterials and Devices for Energy |
2010-03-01
Spring 2010 |
Byungwoo Park |
Seoul National University |
|
| This graduate course will cover the principals materials, and devices in solar cell, white LED, fuel cell, and Li+ battery energy. |
|
009
article 9
|
Neural Prosthesis |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| The subject of neural prosthesis is thoroughly covered in this course, with topics like cochlear Implants and artificial retinal work discussed in detail. |
|
025
article 25
|
Neural Prosthesis |
N/A
N/A |
Jong-Mo Seo |
Seoul National University |
|
| The subject of neural prosthesis is thoroughly covered in this course, with topics like cochlear Implants and artificial retinal work discussed in detail. |
|
019
article 19
|
Nonlinear Optical Engineering |
N/A
N/A |
Byoungho Lee |
Seoul National University |
|
| Photons, atoms, fiber optics and more are covered in this informative course about nonlinear optical engineering. |
|
008
article 8
|
Nonlinear Programs |
N/A
N/A |
Sung-Pil Hong |
Seoul National University |
|
| This course exposes students to the skills and concepts necessary to recognize, formulate and solve nonlinear programs. |
|
011
article 11
|
Nonlinear System Theory |
N/A
N/A |
Hyungbo Shim |
Seoul National University |
|
| This course explores fundamental concepts, theories and techniques about nonlinear dynamical systems. |
|
006
article 6
|
Numerical Analysis for Engineering Applications |
2009-09-01
Fall 2009 |
Haecheon Choi |
Seoul National University |
|
| This graduate course will cover mathematical analysis of engineering issues using methods such as linear algebra, numerical differentiation, and numerical integration. |
|
014
article 14
|
Ocean Environment Information System |
2007-09-01
Fall 2007 |
Yonghwan Kim |
Seoul National University |
|
| This course will cover the physics of ocean environments from fluid flow to vortex-induced vibration. |
|
024
article 24
|
Optical Information Processing |
N/A
N/A |
Byoungho Lee |
Seoul National University |
|
| Students in this course will study optics theories, principles of 3D displays and much more related to the processing of optical information. |
|
008
article 8
|
Optical Information Processing |
N/A
N/A |
Byoungho Lee |
Seoul National University |
|
| Students in this course will study optics theories, principles of 3D displays and much more related to the processing of optical information. |
|
016
article 16
|
Optimal Design |
2008-03-01
Spring 2008 |
Yoon Young Kim |
Seoul National University |
|
| Students will learn about the importance of design optimization, linear programming, dual method and convex approximation, and engineering applications. |
|
011
article 11
|
Organic Chemistry 1 |
N/A
N/A |
Jong-Chan Lee |
Seoul National University |
|
| This course will help students understand the structure, reactivity and application of organic compounds, in addition to other topics like acid-base reaction, functional groups and more. |
|
008
article 8
|
Organic Chemistry 2 |
N/A
N/A |
Jong-Chan Lee |
Seoul National University |
|
| Organic chemistry 2 is a course that focuses on the physical and chemical properties of various organic compounds, while also studying things like chemical reactivity and stability. |
|
010
article 10
|
Organic Chemistry 2 |
N/A
N/A |
Young Gyu Kim |
Seoul National University |
|
| Organic chemistry 2 is a course that focuses on the physical and chemical properties of various organic compounds, while also studying things like chemical reactivity and stability. |
|
019
article 19
|
Organic Chemistry for Fine Chemicals |
N/A
N/A |
Lee Yoon Sik |
Seoul National University |
|
| Students in this course will study topics like the structure, reactivity and application of organic compounds in relation to fine chemicals specifically. |
|
011
article 11
|
Organic Chemistry I |
N/A
N/A |
Young Gyu Kim |
Seoul National University |
|
| This course will help students understand the structure, reactivity and application of organic compounds, in addition to other topics like acid-base reaction, functional groups and more. |
|
015
article 15
|
Organic Semiconductor |
N/A
N/A |
Changhee Lee |
Seoul National University |
|
| In this course, students will explore the structure and properties of organic semi-conductors, in addition to learning about phosphorescence and spin dynamics. |
|
015
article 15
|
Photo electronic engineering |
N/A
N/A |
O'Dae Kwon |
Seoul National University |
|
| The Einstein coefficient, gain threshold and amplification are just some of the topics one can expect to cover in this undergraduate course on photo electronic engineering. |
|
015
article 15
|
Physical Chemistry 1 |
N/A
N/A |
|
Seoul National University |
|
| This course explores the properties of gases, chemical mixtures, physical transformations and more. |
|
015
article 15
|
Physical Chemistry 2 |
N/A
N/A |
Ho-in Lee |
Seoul National University |
|
| From molecular motion in gas and liquids to topics like diffusion and photochemistry, this course covers the ins and outs of physical chemistry, expanding on what was originally covered in Physical Chemistry I. |
|
000
article
|
Physical Metallurgy |
2012-03-01
Spring 2012 |
Eun Soo Park |
Seoul National University |
|
| This graduate course will cover the physical properties of metals, including thermodynamics, structure, and processing. |
|
011
article 11
|
Physicochemical Anaylsis of Earth Materials |
N/A
N/A |
Hyo-Taek Chon |
Seoul National University |
|
| This course teaches students how to properly analyze earth materials like rock, mineral and soil specimens with effective optical and physicochemical techniques. |
|
008
article 8
|
Physics of Solid Polymers |
N/A
N/A |
Goran Ungar |
Seoul National University |
|
| This course uses the principles and foundations of physics to explore topics like morphology, viscoelasticity, and chain polymers. |
|
015
article 15
|
Planning Procedure of Naval Architecture & Ocean Engineering |
2006-09-01
Fall 2006 |
Yonghwan Kim |
Seoul National University |
|
| Students will learn about planning of naval architecture and engineering topics such as electrical basics, offshore structures, and specification factors. |
|
012
article 12
|
Planning Procedure of Naval Architecture & Ocean Engineering |
2008-09-01
Fall 2008 |
Kyu-Yeul Lee |
Seoul National University |
|
| This course will cover planning and engineering issues from hydrostatic pressure to multi-body system dynamics. |
|
015
article 15
|
Planning Procedure of Naval Architecture & Ocean Engineering |
2009-09-01
Fall 2009 |
Kyu-Yeul Lee |
Seoul National University |
|
| This course covers naval planning and engineering topics such as ship stability, transverse righting moment, and submarine design. |
|
012
article 12
|
Polymer Chemistry |
N/A
N/A |
Jong-Chan Lee |
Seoul National University |
|
| This undergraduate course aims to give students an understanding of the chemical properties of polymeric materials while also familiarizing them with some fundamental polymerization reactions. |
|
015
article 15
|
Polymer Kinetics |
N/A
N/A |
Jong-Chan Lee |
Seoul National University |
|
| From ionic chain to ring-opening, this course explores the various forms of polymerization. |
|
014
article 14
|
Polymer Synthesis |
N/A
N/A |
Jong-Chan Lee |
Seoul National University |
|
| This course takes an in-depth look at three types of polymerization--step, radical and emulsion. |
|
008
article 8
|
Power market theory |
N/A
N/A |
Jong-Kun Park |
Seoul National University |
|
| This course is all about the economics of energy, as students explore the power markets of the UK, Korea and the world as a whole. |
|
007
article 7
|
Practices in Rock Engineering |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| Building on topics like stress, strain and stability analysis, this course will delve further into advanced principles of rock mechanics, as they play a big role in mining methods, and excavation design. |
|
013
article 13
|
Practices in Rock Engineering |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| Building on topics like stress, strain and stability analysis, this course will delve further into advanced principles of rock mechanics, as they play a big role in mining methods, and excavation design. |
|
022
article 22
|
Probability, Random Variables, and Random Processes |
N/A
N/A |
Taejeong Kim |
Seoul National University |
|
| This course covers various probability topics such as discrete random variables, random vectors and sequences. |
|
017
article 17
|
Production Control |
N/A
N/A |
Suk-Ho Kang |
Seoul National University |
|
| Students in this course will learn the processes and importance of creating and implementing an effective supply chain system within any organization. |
|
014
article 14
|
Programming Languages |
N/A
N/A |
Kwangkeun Yi |
Seoul National University |
|
| This course explores the syntax, semantics and rules of programming language. |
|
015
article 15
|
Programming Methodology |
N/A
N/A |
|
Seoul National University |
|
| Students in this course will become familiar with and the learn the best ways to apply C and C++ programming languages. |
|
015
article 15
|
Programming Methodology |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| Students in this course will become familiar with and the learn the best ways to apply C and C++ programming languages. |
|
006
article 6
|
Programming Methodology |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| Students in this course will become familiar with and the learn the best ways to apply C and C++ programming languages. |
|
012
article 12
|
Programming Methodology |
N/A
N/A |
Soo-Mook Moon |
Seoul National University |
|
| Students in this course will become familiar with and the learn the best ways to apply C and C++ programming languages. |
|
011
article 11
|
Properties of Polymers |
N/A
N/A |
Jae Young Jho |
Seoul National University |
|
| This course is all about the configuration, behavior and qualities of polymers. |
|
008
article 8
|
Properties of polymers |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This course is all about the configuration, behavior and qualities of polymers. |
|
016
article 16
|
Radiation Heat Transfer |
2007-03-01
Spring 2007 |
Joon Sik Lee |
Seoul National University |
|
| This course will cover the fundamentals of radiance transfer, both surface and gas. |
|
011
article 11
|
Reactor Numerical Analysis and Design |
N/A
N/A |
Joo Han-gyu |
Seoul National University |
|
| From neutron diffusion to heat transfer solutions, this course examines the ins and outs of the nuclear design process. |
|
016
article 16
|
Reactor Safety Engineering |
2009-03-01
Spring 2009 |
U. C. Lee |
Seoul National University |
|
| Students will learn about subjects such as secondary cooling systems, energy sources, and core thermal behavior. |
|
022
article 22
|
Real Time Systems |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| This course will familiarize students with the fundamental theory and design practice of real-time and embedded systems. |
|
022
article 22
|
Real-time Systems |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| This course will familiarize students with the fundamental theory and design practice of real-time and embedded systems. |
|
011
article 11
|
Remote Sensing for Energy Resources |
N/A
N/A |
Hyeong-Dong Park |
Seoul National University |
|
| This course covers remote sensing, which is the practice of measuring the amount of electromagnetic energy coming from an object or area and then analyzing it using various equations and algorithms. |
|
006
article 6
|
Renewable Energy |
N/A
N/A |
Hyeong-Dong Park |
Seoul National University |
|
| This course explains the difference between renewable and sustainable energy, while also exploring the topic of fossil and nuclear fuels, among other subjects. |
|
009
article 9
|
Rock Block Behavior Analysis |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| This course examines the behavior and properties of rock blocks, including what to expect from them in certain situations like excavations. |
|
009
article 9
|
Rock Mechanics and Laboratory |
N/A
N/A |
Jae-Joon Song |
Seoul National University |
|
| This course explores the mechanical properties of rock and how they play into things like site investigation and excavation. |
|
010
article 10
|
Semiconductor Device |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This course will help students understand the fundamentals, properties and mechanics of semiconductor devices, like PN junction, BJT and MOSFET. |
|
011
article 11
|
Semiconductor Device |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This course will help students understand the fundamentals, properties and mechanics of semiconductor devices, like PN junction, BJT and MOSFET. |
|
015
article 15
|
Semiconductor Device Engineering |
N/A
N/A |
Young-June Park |
Seoul National University |
|
| Scaling and voltage limitations, scaled MOSFET structures and more are all covered in this course on semiconductor device engineering. |
|
016
article 16
|
Semiconductor Device Physics |
2008-03-01
Spring 2008 |
Seung-Ki, Joo |
Seoul National University |
|
| This graduate course covers the processes, makeup, and uses of semiconductor devices. |
|
011
article 11
|
Semiconductor Devices |
N/A
N/A |
Sung June Kim |
Seoul National University |
|
| This course will help students understand the fundamentals, properties and mechanics of semiconductor devices, like PN junction, BJT and MOSFET. |
|
015
article 15
|
Signal & System |
N/A
N/A |
In-Joong Ha |
Seoul National University |
|
| Topics range from the properties of linear time-invariant systems to sampling theorem in this course on signals and systems. |
|
008
article 8
|
Signals and Systems |
N/A
N/A |
In-Joong Ha |
Seoul National University |
|
| Topics range from the properties of linear time-invariant systems to sampling theorem in this course on signals and systems. |
|
015
article 15
|
Simulation |
N/A
N/A |
Yoo-Suk Hong |
Seoul National University |
|
| This class helps students acquire the skills and knowledge necessary to create computer simulations using various technologies. |
|
016
article 16
|
Site Investigation and Soil Laboratory testing |
N/A
N/A |
Choong Ki Chung |
Seoul National University |
|
| This course focuses on site investigation methods and soil laboratory practices--two key components of the design and building process. |
|
005
article 5
|
Smart Materials and Design |
2007-03-01
Spring 2007 |
SangJoon Shin |
Seoul National University |
|
| This graduate course will examine technology in engineering materials and design. |
|
010
article 10
|
Soil and Groundwater Pollution |
N/A
N/A |
Kyoungphile Nam |
Seoul National University |
|
| This course analyzes the properties and behavior of pollutants and their subsequent effects on the environment and engineering projects everywhere. |
|
015
article 15
|
Soil Dynamics |
N/A
N/A |
Myoung Mo Kim |
Seoul National University |
|
| Students in this course will study the fundamentals of vibration and wave propagation while estimating the design methods for geotechnical structures, all in relation to soil and its dynamic properties. |
|
024
article 24
|
Soil Mechanics |
N/A
N/A |
Myungmo Kim |
Seoul National University |
|
| Students in this course will study the fundamentals of soil properties like seepage, strength, structure and more. |
|
008
article 8
|
Special Topics in Fine Chemicals & Polymers 002 |
N/A
N/A |
Young Gyu Kim |
Seoul National University |
|
| This course covers a wide-range of subjects including polar addition/elimination, carbonyls, bonding and structure, all in relation to fine chemicals and polymers. |
|
015
article 15
|
Special Topics in Nuclear Thermal-Hydraulics |
2008-09-01
Fall 2008 |
Goon-Cherl Park |
Seoul National University |
|
| This course will cover advanced issues in nuclear thermal-hydraulics, including expert seminars and discussions. |
|
014
article 14
|
Special Topics of Electrophysics: OLED Device Physics |
N/A
N/A |
Changhee Lee |
Seoul National University |
|
| From charge transport to carrier injections and more, this course covers the ins and outs of organic light-emitting diode devices. |
|
010
article 10
|
Special topics on communication(FPGA based comm. system design) |
N/A
N/A |
Wonyong Sung |
Seoul National University |
|
| Students in this course can expect to study and explore topics like hardware design, implementation structures and more, as they learn about digital communication systems. |
|
017
article 17
|
Statistics for Civil & Environmental Engineers |
N/A
N/A |
Young-Oh Kim |
Seoul National University |
|
| In this course, students will use data analysis, probability models, and risk and reliability practices to formulate hypotheses and predictions for various scenarios/situations. |
|
010
article 10
|
Strategic Planning and Control |
N/A
N/A |
Seokho Kang |
Seoul National University |
|
| This graduate level course challenges students to improve their decision-making strategies, building upon what they have already learned about supply chain operations. |
|
001
article 1
|
Structural Analysis 2 |
N/A
N/A |
Haesung Lee |
Seoul National University |
|
| Geared toward, (at minimum) junior-level students, this course covers various methods and topics all related to structural behaviors. |
|
015
article 15
|
Subsurface Image Processing |
N/A
N/A |
|
Seoul National University |
|
| This course explores the science behind capturing and processing subsurface images. |
|
015
article 15
|
System Analysis in Mechanical and Aerospace Engineering |
2009-03-01
Spring 2009 |
Cho, Kyu-Jin |
Seoul National University |
|
| Students will learn about analysis of electrical and fluid/thermal systems, including analysis with MATLAB and frequency domain analyses. |
|
011
article 11
|
System Programming |
N/A
N/A |
Chang-Gun Lee |
Seoul National University |
|
| Students in this course will become familiar with writing and using system programs and computer systems overall. |
|
007
article 7
|
System Software(XML) |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| This graduate level course on system software includes informative sections on XML syntax, stream processing, search engines and more. |
|
015
article 15
|
Theories of Control System |
2010-09-01
Fall 2010 |
Kyongsu Yi |
Seoul National University |
|
| This course will cover topic such as components of control systems, transfer functions, stability, sensitivity, and digital control. |
|
015
article 15
|
Theory of Electromechanical Energy Conversion |
N/A
N/A |
Kim Yong-Kweon |
Seoul National University |
|
| This course challenges students to study and explore electromagnetic equations, the Maxwell stress tensor and more, as they strive to familiarize themselves with the theory of electromechanical energy conversion. |
|
006
article 6
|
Theory of Geotechnical Information Systems |
N/A
N/A |
Hyeong-Dong Park |
Seoul National University |
|
| Students in this course will explore the best methods and processes to collect, store and archive geotechnical data. |
|
012
article 12
|
Theory of Poroelasticity |
N/A
N/A |
Ki-Bok Min |
Seoul National University |
|
| This class focuses on the effects and potential deformation that occurs when fluids interact with porous objects like rocks. |
|
006
article 6
|
Theory of Reinforced Concrete and Lab. 2 |
N/A
N/A |
Jaeyeol Cho |
Seoul National University |
|
| This course expands on where Theory of Reinforced Concrete I stopped and emphasizes more characteristics and qualities of reinforced concrete. |
|
015
article 15
|
Theory of Reinforced Concrete and Lab. I |
N/A
N/A |
Jaeyeol Cho |
Seoul National University |
|
| Students in this course will learn all about beams, tension, serviceability and more as they familiarize themselves with the theory of reinforced concrete. |
|
007
article 7
|
Theory of Reinforced Concrete and Lab. II |
N/A
N/A |
Jaeyeol Cho |
Seoul National University |
|
| The main purpose of this course is to get students familiar with the behavior and characteristics of reinforced concrete. |
|
016
article 16
|
Thermodynamics |
2007-03-01
Spring 2007 |
Jai-ick Yoh |
Seoul National University |
|
| This course will examine all fundamental laws of thermodynamics and delve into vapors, gasses, and combustion. |
|
016
article 16
|
Thermodynamics of Materials |
2008-03-01
Spring 2008 |
Nong-Moon Hwang |
Seoul National University |
|
| Students will go over the fundamental concepts of thermodynamics, such as entropy, statistical mechanics, closed and open systems, and thin film processes. |
|
006
article 6
|
Topics in Applied Geochemistry |
N/A
N/A |
Hyo-Taek Chon |
Seoul National University |
|
| This is a graduate level course that helps students explore various topics in geochemistry. |
|
015
article 15
|
Topics in communications |
N/A
N/A |
Seung-Woo Seo |
Seoul National University |
|
| Students in this course will explore topics like convex sets, functions and optimization problems, while also familiarizing themselves with various algorithms. |
|
012
article 12
|
Topics in Computer Graphics |
N/A
N/A |
Yeong-gil Shin |
Seoul National University |
|
| This course is all about visualization and using computer-supported means to create interactive representations of various data. |
|
013
article 13
|
Topics in Control and Automation: Multiple View Geometry |
N/A
N/A |
Kyoung Mu Lee |
Seoul National University |
|
| This graduate-level course will teach students several things such as the general principles of parameter estimation, the geometric principles and theories behind multi-view scenes, and how to calibrate cameras. |
|
015
article 15
|
Topics in Electrical Machines |
N/A
N/A |
Hyun-Kyo Jung |
Seoul National University |
|
| From induction motors to transformers, this course covers the ins and outs of electrical machines. |
|
005
article 5
|
Topics in Fine Chemicals and Polymeric Materials |
N/A
N/A |
Kyusoon Shin |
Seoul National University |
|
| This class primarily focuses on the topics of scattering and amorphous polymers. |
|
015
article 15
|
Topics in Fusion and Plasma Studies 2 |
2009-09-01
Fall 2009 |
Yong-Su Na |
Seoul National University |
|
| This course will cover advanced topics in areas such as the MHD model, plasma equilibrium, and plasma stability. |
|
019
article 19
|
Topics in Integrated Circuit Design |
N/A
N/A |
Jaeha Kim |
Seoul National University |
|
| Design equations and circuit optimization are just some of the topics covered in this course on integrated circuit design. |
|
015
article 15
|
Topics in Nuclear Heat Transport |
2008-03-01
Spring 2008 |
Goon-Cherl Park |
Seoul National University |
|
| Students will examine nuclear heat transport from bubble dynamics to two-phase scaling. |
|
011
article 11
|
Topics in Power Electronics |
N/A
N/A |
Park Jeong Keun |
Seoul National University |
|
| This course explores many topics, but primarily the control and variation of interior permanent magnet synchronous motor machines. |
|
015
article 15
|
Topics in Seismic Prospecting |
N/A
N/A |
|
Seoul National University |
|
| Students in this course will explore the geophysical techniques involved in seismic exploration. |
|
013
article 13
|
Topics in Solid State Electronics Engineering |
N/A
N/A |
KwangSeok Seo |
Seoul National University |
|
| This course is all about the nature and properties of devices and circuits that are built entirely from solid materials. |
|
008
article 8
|
Topics in System Software |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| Students in this course will study and explore topics pertaining to queries, self-tuning, optimization, and more. |
|
015
article 15
|
Topics in System Software (Datamining) |
N/A
N/A |
Kyuseok Shim |
Seoul National University |
|
| Students in this course will become familiar with the various components of data-mining and system software such as clustering, patterns, time sequence and more. |
|
010
article 10
|
Topics in system Software (Virtual Mechanics) |
N/A
N/A |
Moon Soo Mook |
Seoul National University |
|
| This course explores the ins and outs of virtual mechanics |
|
015
article 15
|
Two-phase Flow and Heat Transfer Engineering |
2009-03-01
Spring 2009 |
Goon-Cherl Park |
Seoul National University |
|
| This course will cover topics such as bubble dynamics, two-phase flow, condensation, along with experiments and papers. |
|
015
article 15
|
Understanding Nanotechnology |
2006-09-01
Fall 2006 |
Kahpyang Suh |
Seoul National University |
|
| This course covers the history and basis of nanotechnology, including its representations in physics, chemistry and biomimetics. |
|
015
article 15
|
Understanding Nanotechnology |
2012-03-01
Spring 2012 |
Kahp-Yang Suh |
Seoul National University |
|
| This course covers the history and basis of nanotechnology, including its representations in physics, chemistry and biomimetics. |
|
001
article 1
|
Urban Design |
N/A
N/A |
Kun-Hyuck Ahn |
Seoul National University |
|
| From spatial structures to patterns, this course covers the ins and outs of modern urban design. |
|
029
article 29
|
Urban Design |
N/A
N/A |
Kun Hyuck Ahn |
Seoul National University |
|
| This course is all about the effective use of public space and all of that entails like parks planning, building construction and sustainable initiatives. |
|
016
article 16
|
Vehicle Dynamics and Control |
2010-09-01
Fall 2010 |
Kyongsu Yi |
Seoul National University |
|
| This graduate course will cover topics such as 3D planar, bicycle, and linear tire models, tire dynamics, lateral stability control, and tire-road friction estimation. |
|
008
article 8
|
Water Wave Mechanics |
N/A
N/A |
Kyung-Duck Suh |
Seoul National University |
|
| Hydrodynamics, vector analysis and the wavemaker theory are just some of the topics covered in this course on water waves. |
|
010
article 10
|
Wireless Channel Modeling |
N/A
N/A |
Seong Cheol Kim |
Seoul National University |
|
| This course teaches students about plane wave propagation, transmission and more all in relation to wireless channel modeling. |
|
011
article 11
|
Wireless Networking |
N/A
N/A |
Sunghyun Choi |
Seoul National University |
|
| Local area networks, IP issues and metropolitan area networks are just some of the subjects covered in this course on wireless networking. |