"Seoul National University" Open Courses

This course deals with the analysis and design of analog CMOS integrated circuits, focusing on everything from fundamentals to new developments.

This course combines biological knowledge with quantitative engineering principles to give students a better understanding of processes like metabolic engineering, protein production and more.

This course delves into the back-ends of compilers, focusing on optimization and run-time architectures.

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.

This course is all about the new developments in construction technology and how they can help individuals better manage and execute their projects.

This course extensively covers the composition and development of databases and all that entails.

This course explores the conduction of metal, the components of inorganic materials and other fundamentals, principles and experimental techniques of electrochemistry.

This class is all about the software and functionality of embedded systems and the machines that use them.

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.

This course covers the scope of naturally occurring hydraulic processes and how they can be used and mimicked for various projects.

Students will learn about advanced topics such as system norms, interconnected systems, uncertainty and robustness in this graduate course.

Students will delve into advanced topics in flow kinematics, governing equations, potential flows, airfoil theory.

This course analyzes and explores the behavior of foundation and how it interacts with soil and the world around it.

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.

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.

Students in this graduate level course will hone their skills of bioengineering and nanotechnology through collaborative projects and in-depth research assignments.

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.

Students in this course will become familiar with the structure and properties of amorphous materials.

This course explores the subject of equilibrium in terms of amorphous materials.

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.

This graduate level course covers topics like force, stress, displacement and strain to help students better understand the science behind rock mechanics.

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.

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.

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.

This advanced course is all about the structure and properties of polymers.

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.

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.

This graduate course will cover analysis of issues such as lift, thrust, and control forces at an advanced level.

This graduate course will cover elastic, intertial, and aerodynamic forces in aerospace engineering.

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.