The Korea Institute of Materials Science (KIMS) and Hyundai IFC are establishing a joint research center to secure core material technologies for next-generation nuclear power plants and aircraft engines. Through this joint research, the two organizations plan to establish a system that links material development, process optimization, and performance evaluation, and to accumulate technologies applicable to industrial sites.

The Korea Institute of Materials Science (KIMS) announced on April 10 that it signed a business agreement with Hyundai IFC at its headquarters in Changwon, Gyeongnam, for the "establishment and operation of the KIMS-Hyundai IFC Joint Research Center and joint research and development." This agreement focuses on laying the foundation for mid-to-long-term cooperation to strengthen the technological competitiveness of materials and components in the nuclear and aviation sectors.

Key areas of cooperation include technology for evaluating the properties of heat-resistant steel for Small Modular Reactors (SMRs), technology for optimizing the forging process of nickel alloys, and the development of pack forging processes based on high-quality titanium alloys. These technologies are directly related to the reliability of nuclear power plant and aircraft engine components that must withstand high temperatures and heavy loads.

The two organizations plan to establish a joint research center within KIMS and operate a cooperative structure that leads to research and development, testing and evaluation, and technology transfer. The plan is to handle the entire lifecycle of materials, components, and evaluation together through a one-on-one matching method with working-level personnel, while also providing joint use of research equipment, technical consulting, and analysis support.

In addition, they agreed to jointly pursue the resolution of short-term technical problems and the development of next-generation technologies through the joint planning and participation in government R&D projects. Accordingly, cooperation is expected to move beyond existing project-based collaboration to a model that continuously identifies research topics and expands the scope of technology exchange.

This agreement is considered significant in that it establishes a permanent cooperation platform between research institutions and companies, going beyond simple joint research. Attention is focused on whether this will serve as an opportunity to enhance technological completeness through a structure that extends from material development to testing and evaluation, and to increase the industrial applicability of key materials required in the nuclear power and aircraft engine sectors.