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§ Private Profile · Gainesville, FL, USA
Particle Engineering Research Center at The University of Florida is a company.
Key people at Particle Engineering Research Center at The University of Florida.
The Particle Engineering Research Center at the University of Florida specializes in the fundamental science and engineering of particulate systems. It develops and characterizes engineered particles to control their properties and behavior, leading to enhanced performance in diverse applications. The center's core work encompasses research into nanotechnology, biotechnology, micro-electronics, and advanced materials, providing foundational knowledge for industrial and technological innovation.
The center's long-standing expertise is significantly shaped by Distinguished Professor Brij M. Moudgil, a key figure in Materials Science & Engineering at the University of Florida since 1982. The insight that sparked the center's focus was the pervasive importance of particulate materials across numerous industries and the need for specialized research to unlock their full potential. Under Dr. Moudgil’s leadership, the center has cultivated a robust environment for academic discovery and practical application in particle engineering.
Serving both industrial collaborators and government entities, the center's research informs product development and policy, while its educational programs cultivate future leaders in materials science. Its vision is to continually advance the understanding and application of particle engineering principles, driving innovation that addresses complex challenges in sectors ranging from healthcare to sustainable manufacturing. The center aims to remain a vital resource for expertise in the design and utilization of advanced particulate systems.
Key people at Particle Engineering Research Center at The University of Florida.
The Particle Engineering Research Center (PERC) at the University of Florida is a research facility focused on advancing particle characterization, analysis, and engineering technologies, not a commercial company or investment firm.[1][2][7] Established as part of the National Science Foundation's Engineering Research Centers (ERC) program, it provided state-of-the-art instrumentation for particle science R&D, supporting academic research, education, and technology transfer in fields like materials science and chemical engineering.[1][3][4] Although some directories misclassify it as a company with 250-499 employees and $5M-$10M revenue, it operates as a university center dedicated to scholarship and innovation in particle engineering.[5][6]
PERC was established in 1995 at the University of Florida in Gainesville as one of the NSF's Engineering Research Centers, aimed at fostering collaboration between universities and industry to drive technological advancements.[4] It emerged from efforts to integrate particle engineering into broader engineering disciplines, building on UF's strong engineering programs dating back to 1910.[3] The center "graduated" from the NSF program in 2005, transitioning to sustained university operations with facilities like the Particle Science & Engineering building (constructed 1998) housing advanced labs.[4][7] Key contacts included a phone line (352-846-1194) and email (erc@erc.ufl.edu) for research, education, and tech transfer activities.[3]
PERC rode the late-1990s wave of nanotechnology and advanced materials research, aligning with NSF's push for ERCs to address manufacturing and particle-based technologies critical to pharmaceuticals, chemicals, and energy.[4] Its timing capitalized on growing demand for precise particle engineering amid UF's engineering expansion, influencing Florida's tech ecosystem through affiliations with centers like the UF Transportation Institute and Water Institute.[8] By enabling undergrad research via the Engineering and Industrial Experiment Station, it contributed to talent pipelines for industry, though post-2005 it shifted to sustained academic support rather than leading commercial spinouts.[3]
As a matured university research hub, PERC's influence persists through UF's core facilities, likely evolving toward applications in sustainable materials, biotech, and nanoscale fabrication amid trends like green chemistry and advanced manufacturing.[1][4] Future growth may involve expanded collaborations in UF Health's translational research or interdisciplinary biotech cores, amplifying its role in Florida's innovation corridor.[1][8] This positions it to shape next-gen particle technologies without the pressures of a for-profit entity, tying back to its foundational mission of knowledge pursuit.[5]
