Clemson University’s Advanced Materials Innovation Complex (AMIC) was conceived as a convergence center for three of the university’s core advanced materials departments. Designed to propel each into the national top 20, the facility also reinforces Clemson’s Carnegie R1 research mission.

The marquee facility unites Materials Science and Engineering, Chemistry, and Chemical and Biomolecular Engineering, which had historically operated across two colleges and multiple buildings, with individual research groups dispersed across two campuses. AMIC dissolves that fragmentation, aligning physical and intellectual adjacency around three research thrusts: advanced manufacturing, energy and health innovation.

The $130-million, 143,000-sq.-ft., four-story AMIC is the new home for the Department of Materials Science and Engineering and a cross-disciplinary hub for faculty and students in Chemistry and Chemical and Biomolecular Engineering. The facility supports Clemson Elevate, the university’s strategic plan to double research expenditures and grow research space. This initiative responds to the regional advanced materials economy, which is home to more than 960 companies and has generated more than $1.5 billion in capital investment and 5,200 jobs in the state over six years, according to South Carolina’s Department of Commerce.

HOK’s design places research and teaching labs in close adjacency, with instrumentation positioned to promote collaboration. Adaptable wet and dry lab configurations allow the building to evolve as the field of materials science advances. Bright, open interiors, informal collaboration zones and a central two-story connector with a monumental stair are engineered to foster the unplanned encounters that drive convergent research.

The program is structured around three research thrusts: advanced manufacturing, energy research and health innovation. AMIC accommodates more than 300 research faculty and graduate students at a time, with more than 12,000 students using its labs annually. It also embeds a pedagogical commitment: Every student in the building participates in research. Five undergraduate teaching laboratories support that model, including one dedicated to 3D prototyping with metal and ceramic printers. Advanced instrumentation typically reserved for graduate-level work, including a scanning-electron microscope, is accessible to undergraduates here. These amenities give students hands-on experience applicable to graduate school and careers in the industry.

Designed to achieve a Two Green Globes rating, AMIC integrates a concrete structure with a brick exterior and an electrochromic glass curtain wall. The dynamic-tinting glass modulates daylight and solar gain throughout the day, reducing cooling loads while maintaining views and visual connectivity. The concrete frame supports the vibration-sensitive instrumentation that high-resolution materials characterization demands. The exterior, anchored in brick to align with Clemson’s campus aesthetic, signals continuity with the institution’s land-grant heritage even as the interior advances a fundamentally different model for research and learning.

AMIC positions Clemson University and the state of South Carolina at the forefront of the advanced materials revolution and strengthens recruitment of faculty and students, reinforces partnerships with advanced materials companies operating across the state and supports industries such as advanced manufacturing, transportation, energy, health and computing.

Design: HOK
Photography: Garey Gomez