LSU and Hyundai Steel signed a Master Research Agreement (MRA) that will unleash LSU’s research and talent capabilities in support of one of the largest industrial investments in Louisiana’s history. The agreement establishes a single framework for sponsored research and jointly developed technology, positioning the research partners to quickly advance projects across metallurgy (the science and technology of metals), materials science (the study of the structure and properties of materials), energy, robotics and automation, and environmental engineering. The agreement also lays the foundation for enhancing core technological capabilities and developing professional talent for Hyundai Steel’s landmark North American facility in Ascension Parish, about a halfhour drive from LSU’s main campus.
The $5.8 billion steel mill—one of the first fully integrated, Electric Arc Furnace (EAF)-based steel plants of its kind, on a 1,800 acre site in the RiverPlex MegaPark—is scheduled for completion in 2029 and expected to create about 1,300 jobs and support thousands of indirect jobs. The MRA between Hyundai Steel and LSU complements the workforce training already underway through River Parishes Community College and Louisiana Economic Development’s FastStart program, extending Hyundai Steel’s investments in Louisiana to graduate-level research and offering opportunities for internships and careers for top LSU talent both in and beyond Louisiana’s industrial corridor.
The MRA is a critical first step in shared technology development, enabling Hyundai Steel and LSU to work on fundamental research with commercial potential. The agreement pre-establishes the key R&D provisions for collaborative work, including intellectual property, project structure, research publications, joint researcher and faculty mechanics, and protection of proprietary data and materials. With this foundation in place, individual projects and efforts across every academic discipline can launch without any additional negotiations. This results-focused approach is well suited to support a manufacturing operation expected to operate for decades on the frontier of advanced materials science and engineering, generating a steady pipeline of applied research outcomes for global markets.