Skip Main Links
exterior rendering of a lab facility with a recessed floor to ceiling window first floor and steel second floor separate by an awning; people walking in the forefront of the building

University of Arkansas MUSiC Research Lab

Accelerating Semiconductor Discovery and Industry

Client

University of Arkansas

Project Location

Fayetteville, AR

Area

17,000 SF

Services

Planning, architecture, engineering, and interiors

The University of Arkansas sought to create a national destination for silicon-carbide research, education, and fabrication that could accelerate innovation while expanding opportunities for students, industry partners, and researchers. Our design creates a transparent and highly collaborative environment where advanced semiconductor research is visible rather than hidden behind laboratory walls.

Located within the Arkansas Research and Technology Park, the Multi-User Silicon-Carbide (MUSiC) Research Lab supports breakthroughs in electric vehicles, power grid modernization, space exploration, and next-generation microelectronics. The facility combines modular cleanroom laboratories, collaboration spaces, demonstration areas, and offices within a flexible framework that adapts to evolving technologies. By welcoming outside researchers, supporting industry partnerships, and placing scientific discovery on display, the MUSiC Lab creates a unique environment that strengthens Arkansas’ role in the future of microelectronics research.

Discovery in Plain Sight

Traditional semiconductor fabrication environments often separate research activity from students, visitors, and collaborators. The MUSiC Lab takes a different approach. Perimeter circulation and extensive glazing create direct visibility into active cleanroom environments, allowing researchers, students, industry partners, and community visitors to observe innovation in progress. Demonstration spaces and collaboration zones further support engagement and knowledge sharing while reinforcing the facility’s role as a national resource for silicon-carbide research. By making discovery visible, the building helps inspire future scientists and engineers while strengthening connections between academic research and industry advancement.

Flexible Labs for Emerging Technologies

The laboratory environment is organized into eight modular research bays that support every stage of silicon-carbide fabrication. Each bay includes dedicated mechanical, electrical, and plumbing systems tailored to specific research needs while allowing future upgrades and expansion. Researchers can test, validate, and refine processes before transitioning to the next stage of development. This flexible approach accommodates rapidly changing technologies and helps bridge the gap between academic research and commercial manufacturing. Infrastructure investments such as the walkable ceiling plenum further support efficient maintenance, adaptability, and long-term performance.

Building a National Research Community

The MUSiC Lab extends beyond traditional academic research by creating opportunities for collaboration among universities, private industry, and government partners. Open collaboration spaces, meeting rooms, and demonstration areas support the exchange of ideas while creating opportunities for tours, industry engagement, and workforce development. The facility is one of only a handful of research environments in the country dedicated to silicon-carbide chip fabrication and is unique in welcoming outside researchers into active laboratory environments. These connections help attract faculty, create opportunities for students, and position Arkansas as a leader in microelectronics innovation.

Contact Us

Contact Us

  • This field is for validation purposes and should be left unchanged.