LSU and Hyundai Steel sign research agreement for Louisiana project

The 5.8 billion dollar steel mill is scheduled for completion in 2029 on a 1,800-acre site in the RiverPlex MegaPark. It will be one of the first fully integrated, Electric Arc Furnace-based steel plants of its kind, and it is expected to create about 1,300 jobs while supporting thousands of indirect jobs. The agreement complements the workforce training already underway through River Parishes Community College and the FastStart program of Louisiana Economic Development. It extends the investments of Hyundai Steel in Louisiana to graduate-level research while offering opportunities for internships and careers for top LSU talent.

"Hyundai Steel’s investment in Louisiana is a win for our state and an opportunity for LSU to rise to meet the moment," LSU President Wade Rousse said. "We believe a relationship with LSU will become the new competitive advantage for Hyundai Steel, shaping their next generation of technology and talent while creating a Louisiana career pathway for our talented graduates and elevating Louisiana’s role in global manufacturing."

The agreement pre-establishes key research and development 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 across every academic discipline can launch without additional negotiations, generating a steady pipeline of applied research outcomes for global markets.

The agreement draws on capabilities across the entirety of the flagship LSU research enterprise, including the College of Engineering, College of Science, and Office of Research and Economic Development-managed research centers, institutes, and core facilities. Examples include the Louisiana Light Source—home of the only synchrotron in the South—and the multidisciplinary Advanced Microscopy and Analytical Core, which recently unveiled a 10 million dollar scanning transmission electron microscope. Meanwhile, the Energy Institute of LSU provides analysis of low-carbon technologies and energy economics.

The research partnership connects the research and graduate programs of LSU to the technician-level training pipeline already being established in the region, providing Hyundai Steel with access to talent and research facilities.

"LSU has exceptional expertise in materials science and engineering, characterization, structural integrity, robotics, business process optimization, and energy economics, all of which Hyundai needs today," LSU Chancellor James Dalton said. "Industry partnerships like this build a workforce engine for Louisiana and propel us forward in our pursuit of becoming one of the top 50 research universities in America."

"By combining Hyundai Steel’s industrial expertise with LSU’s academic excellence, we can create strong synergies that lead to meaningful technological advancements," Hyundai Steel Senior Vice President and R&D Division Head Yoo-dong Chung said. "Beyond research, this collaboration will help build a robust talent and knowledge base for the steel industry in Louisiana, supporting the long-term success of our new steel mill and contributing to the broader economic growth and vitality of the state."

"We’re excited to see LSU engage more and more in demand-driven workforce development, which underpins all of our talent and education efforts," said Lacy McManus, workforce development director for the statewide, LSU-led FUEL team. "When education leaders build curricula, design programs, and drive solutions co-created with industry partners, the benefits go both ways. The ultimate winners are Louisiana’s students, who graduate prepared for competitive roles in growing industries that strengthen economies."

The Louisiana operations of Hyundai Steel will primarily produce steel for the U.S. vehicle manufacturing plants of Hyundai Motor Group, but the company plans to expand sales to other U.S. automakers.

"As materials researchers, we are excited to collaborate with Hyundai Steel to develop technologies that complement their Direct Reduced Iron (DRI) facility," said Chris Marvel, assistant professor of mechanical and industrial engineering at LSU. "The most exciting aspect of this research partnership is long-lasting, collaborative research opportunities for LSU students and faculty, alongside Hyundai Steel, to fortify manufacturing in Louisiana."

Proposed development areas include current and emerging challenges spanning the use, transport, and storage of clean energy; smart factory and robotic technologies; manufacturing process optimization; and the development of new engineered performance materials.