Korea, South

This course looks at the challenges and techniques involved in programming multicore systems. The course starts out with a brief history of computing to motivate the shift to multicore architectures. Parallelism, execution indeterminism, thread-and-lock-based programming, non-blocking synchronization, and HW acceleration with GPGPUs are introduced in a step-by-step approach that is accompanied by individual programming assignments. The impact of hardware architectures on programmability and performance is highlighted. Emerging trends such as Stream-parallel programming and hardware transactional memory are introduced. 

This is a first course in differential calculus. It studies the concepts of limits and derivatives and their applications. Topics include functions and models, limits and continuity, derivatives, differentiation rules, antiderivatives.

This course covers electromagnetic wave theory with an emphasis on statics, skills to solve Maxwell's equations, and perspectives to look at related applications. Topics include Electromagnetic Model, Vector Analysis, Static Electric Fields, Solution of Electrostatic Problems, Steady Electric Currents, Static Magnetic Fields, and Time-Varying Fields and Maxwell's Equations.

This course examines the basic concepts of databases and the theories and techniques required to build a database application system. Topics include relational data model and query language, SQL language, database design theory, and application development methodology. 

This course examines theories of emotions and how they differ in their focus on different aspects of emotions. It also covers how to measure emotions using scientific methods and the values and functions of emotions 

The course covers how to generate documents containing mathematical formula, elementary programming skills, and computer simulation methods for mathematical study

This course provides the foundation for three key components of zero energy communities: buildings, mechanical systems, and renewable energy systems. The course covers fundamental topics in building physics such as psychrometrics, solar geometry, and heat transfer in buildings, which is the foundation for designing passive buildings. It also examines energy efficient mechanical systems and renewable energy systems, which is essential for the design of zero-energy communities. 

This course provides a study of the process of technical design and the role of the technical designers during the apparel commercialization process. Topics include the process of apparel commercialization in the global market; the production process that changes according to the methods of apparels production; the professional terms and information related to production process; and quality control of apparel products. 

This course examines the principles of genetics from a classical and modern view. Topics include cutting-edge genetic engineering techniques, structure and function of genes/chromosomes, genetic mapping and screening, reverse and forward genetics, model organisms in genetics, biotechnology in genetics, and quantitative genetics.

This course explores the complex relationship between public administration and democratic governance. It reviews a set of themes in public administration as they relate to democracy. The course also discusses the case of Korea as an example of how public administration and democratic governance are intricately entwined and interdependent.