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NIMS-National Institute for Mathematical Sciences South Korea

korea

Hunting and solving of industrial mathematics problems

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Hunting and solving of industrial mathematics problems

NIMS moderators have been at the forefront of hunting and resolving mathematical problems that are encountered by industry in practice. NIMS is studying various mathematical data analysis techniques to obtain expertise in problems solving for industrial fields. Once the problem is off from immediate resolution, expert groups for various fields of industrial mathematics gather and try to solve the problem; it could be set as a mid or long-term research project. On the other side, NIMS is conducting various activities to train mathematicians to solve industrial problems

Key Research Content

  • Hunting and support for its resolution for mathematical problems found in fields of science, technology, and industry
  • Researching and applying data analysis techniques for solving industrial problems
  • Hunting mathematical problems in industrial fields and exchanging the results of industry-academia cooperation
  • Training of industrial mathematics experts (moderators, etc.)
  • Undergraduate/postgraded and post-doctoral training programs; Industrial mathematics academy
 Industrial mathematics problem solving processIndustrial ploblem solving cases

Innovation Center for Industrial Mathematics, ICIM

Industrial Mathematical Innovation Center (http://icim.nims.re.kr)

I'd like to come up with a new solution to the problems that business and society face with industrial mathematics.

The Innovation Center for Industrial Sciences (ICIM) actively explores the technical challenges faced by businesses and society to find innovative solutions using math. The center's modulators are working together to help companies improve productivity and innovate. Together with the Industrial Mathematical Innovation Center, you can use math as a key element in solving business challenges and developing innovative products.

Globally, the fourth industrial revolution, which consists of convergence, complex technologies and software innovations such as artificial intelligence, robot technology, and life sciences, is rapidly spreading. With bio-certification, AI robot, unmanned car, quantum computer development, climate change response, and space development competition emerging, the mathematical analysis technology has recently emerged as the core of industrial innovation, taking advantage of mathematical theories and analysis methods.

In order for industrial mathematics to be activated, labs and universities that solve problems for companies and industries that present real problems need an industrial math hub that maintains close partnerships and interacts with each other. The National Institute of Mathematics and Technology established its own R&D human resources and rapidly solve problems. In 2016, many leading IT companies and startups in Korea were able to respond in a timely manner. The Industrial Mathematical Innovation Center operates industrial math ignition programs, industrial problem discovery seminars, research exchange seminars, industrial math academy, and roundtable to reduce barriers between universities, research institutes and companies and establish its position as an industrial math hub.