TEXAS A&M UNIV CYCLOTRON INS

Texas A&M Univ Cyclotron Ins specializes in providing advanced particle beam research services through a dedicated cyclotron facility, delivering irradiation testing, material analysis, and nuclear science experimentation for defense and aerospace applications. Their core capability centers on operating a high-energy particle accelerator infrastructure to support radiation effects testing, isotope production, and beam-based experimentation for government research programs. Technical expertise includes accelerator physics, beamline instrumentation, target irradiation protocols, and radiological safety compliance, with a strong focus on simulating space and battlefield radiation environments. The facility’s unique ability to deliver precise, controllable beam time for experimental validation sets it apart as a critical national resource for non-destructive testing and materials qualification under extreme conditions. The contractor maintains a consistent partnership with the Department of Defense, delivering beam time and testing services to evaluate electronic component resilience, sensor performance, and warhead material behavior under ionizing radiation. They also support NASA through similar radiation testing services, enabling spacecraft electronics qualification for deep-space missions. These engagements reflect a trusted, recurring relationship built on mission-critical infrastructure access and technical reliability. Their primary industry focus is in testing laboratories and services under NAICS 541380, positioning them as a specialized provider of nuclear and particle-based experimental services rather than general R&D. They serve niche verticals in defense systems testing, aerospace electronics qualification, and radiation science, filling a unique gap in the federal research ecosystem. As a unit of Texas A&M University, the contractor operates under an academic 2A structure with no federal business certifications. Located in College Station, Texas, they serve as a federally recognized research asset, leveraging university infrastructure to support national security and space exploration missions through controlled-access, high-value testing capabilities.