Grainger College Reports Progress on $9.06M DoD Center Scaling Large-Part Metal AM

The Grainger College of Engineering at the University of Illinois Urbana-Champaign secured an $8.15 million Department of Defense award as part of a $9.06 million project to develop additive manufacturing methods for large metal parts used in Army ground vehicles. Michael O’Boyle’s Grainger College press piece dated 5/5/2025 reported the $9.06M total; the award and scope were first announced in May 2025.

Daily Illini reporting based on a Freedom of Information Act contract shows the new center will be housed in the University Research Park and that the university is contributing a $905,000 cost share to construct the facility. The FOIA contract lists two metal 3D printers among the largest line items, with machine costs of around $1.2 million and $2.5 million respectively, indicating a capital-heavy buildout for factory-scale demonstration work.

Project leadership is identified as Bill King. Grainger listings describe King as “Professor and Ralph A. Andersen Endowed Chair” with cross‑departmental affiliations, while the Daily Illini described him as “Ralph A. Andersen endowed chair and professor in Engineering and Medicine,” a discrepancy the university communications office may clarify. Daily Illini also reports King “declined to be interviewed but stated that ‘the project is underway, and we are developing our laboratory capabilities for large metal additive manufacturing.’” 3dprint / RAPID published a longer attribution to King: “We will conduct fundamental research on material properties and part quality, and we will have a factory demonstration facility to develop new processes and technologies. Grainger Engineering is uniquely positioned to lead this center with our expertise across multiple engineering disciplines and our proven track record of delivering working solutions.”

Officials are explicit about the defense and economic rationale. Senator Dick Durbin said, “By supporting large metal additive manufacturing research in collaboration with Rock Island Arsenal, this project will reduce U.S. dependence on foreign manufacturing for metals, contribute more resilient ground vehicles for the Army in the future, and create jobs for Illinoisans.” Jay Walsh, University of Illinois System Vice President for Economic Development and Innovation, said, “This project will create huge impact for manufacturers connected to the Army’s supply chain, bolster the Quad Cities’ workforce, drive innovation in manufacturing and expand economic opportunities across the state.” Both quotes appeared in the Grainger press material.

Partner organizations named in the award include the U.S. Army DEVCOM Ground Vehicle Systems Center and Rock Island Arsenal Joint Manufacturing and Technology Center, reflecting the center’s stated focus on ground-vehicle components. Daily Illini noted a technical unknown driving the research: the viability of additive manufacturing for larger metal parts at sizes of 3 feet or more remains less known, which the center intends to probe through materials study and factory demonstrations.

A LinkedIn post attributed to the announcement adds a unique claim that the center will “focus on efforts to develop, validate, and use digital twins to improve domestic semiconductor design, manufacturing, advanced packaging, assembly, and test processes.” That LinkedIn wording is not echoed in other reporting and appears uncorroborated in the supplied excerpts, so it remains a distinct item requiring confirmation from Grainger or King’s office.

Financially, the reported figures reconcile: $8.15M DoD plus a $905K university match equals $9.055M, which corresponds to Grainger’s $9.06M line. The project includes two high-cost metal AM machines and a Research Park facility intended to move fundamental materials research into factory demonstrations for Army supply-chain resilience, with further announcements and operational details planned later this year.