Baylor University

Baylor University is a private Christian research institution located in Waco, Texas, registered as a tax-exempt corporate entity with the federal government since November 2001. The university provides extensive research, educational, and technical services to federal agencies through both contracts and grants, spanning scientific disciplines including engineering, life sciences, materials research, environmental science, and medical education. Baylor University brings substantial institutional capacity to support Department of Defense missions, NASA initiatives, National Science Foundation research programs, and various health and human services endeavors.

Through federal contract awards, Baylor University has provided diverse research and development services, with notable focus on military medical education, materials science, aerospace research, and advanced technologies. The university holds primary contracts with the U.S. Army Training and Doctrine Command for university affiliation services supporting graduate medical education programs including nursing anesthesia, physical therapy, occupational therapy, emergency medicine, and physician assistant studies, with multiple delivery orders totaling hundreds of thousands of dollars across fiscal years 2023-2025. Research contracts include a $300,000 firm fixed-price award from the U.S. Army Corps of Engineers for pavement technology research on lightweight expeditionary airfield surfacing, a $4,270,192 cooperative agreement from NASA's Shared Services Center for mobility-energy infrastructure planning to support advanced air mobility aircraft operations, and a $519,687 cooperative agreement with NASA for implementing microwave collection efficiency systems in icing wind tunnels. Additional contract work encompasses materials research, additive manufacturing support through subawards from prime contractors including Honeywell Federal Manufacturing & Technologies and the University of Alabama, and spectrum management research under the SMART HUB initiative. All contract awards have been made without set-aside designations, reflecting Baylor's competitive standing as a prime contractor capable of executing complex federal research initiatives.

Through federal grant awards, Baylor University has received substantial funding for fundamental and applied research across multiple scientific domains and federal grant programs. The National Science Foundation has provided numerous project grants including $960,000 for energy-efficient silicon photonic circuits with co-designed electronic circuits, $296,743 for collaborative research on mixed-pole synchronous reluctance motors, $447,020 for crystal growth of rare earth layered antimonides, $200,000 for quantum many-particle system analysis, and $998,293 for the "Spectrum Sizzle" undergraduate spectrum workforce development program. Health-related research has been funded by the National Institutes of Health and its constituent institutes, including $695,801 from the National Institute of Allergy and Infectious Diseases for mosquito and malaria research, $438,885 from the National Institute of Mental Health for multisystemic therapy effectiveness enhancement, $450,000 from the National Institute on Deafness for fish oil supplementation studies on professional voice users, and $420,000 from the National Institute of General Medical Sciences for translesion DNA synthesis research. Environmental and geoscience research has received support from the National Science Foundation's Geosciences programs, including $599,996 for fossil xylem analysis in deep time climate reconstruction and $459,511 for organic carbon dynamics in intertidal microbial mats. The Department of Education, Department of Agriculture's Animal and Plant Health Inspection Service, and the National Endowment for the Humanities have also provided grant funding for educational initiatives, agricultural pest management research, and literary scholarship. Baylor has served as both prime grantee and subawardee across numerous multi-institutional collaborations, including partnerships with universities such as the University of Alabama, University of Michigan, University of North Carolina at Chapel Hill, and Purdue University on research spanning materials science, solar physics, cancer therapeutics, and microbiology.

Baylor University maintains two primary indefinite delivery vehicles with the U.S. Army Training and Doctrine Command for consolidated university affiliation services supporting military graduate medical education. The first IDV, awarded May 18, 2023, carries a ceiling value of $1,173,647.06 and extends through April 30, 2028, providing consolidated affiliation services for multiple medical specialties including physical therapy, emergency medicine, occupational therapy, and physician assistant programs. The second IDV, awarded February 2, 2023, with a ceiling value of $1,058,820 and completion date of March 1, 2028, specifically supports the U.S. Army Graduate Program in Anesthesia Nursing. Both are single-award, firm fixed-price indefinite delivery vehicles issued without set-aside designations. Multiple delivery orders have been issued against these vehicles across fiscal years 2023-2025, ranging from approximately $22,000 to $496,000 per task order, funding curriculum coordination, faculty oversight, student enrollment management, accreditation support, and administrative services necessary to facilitate military service members earning advanced degrees in critical medical specialties. These IDVs enable Baylor University to maintain sustained partnership with the Army in developing military-civilian academic partnerships that align graduate curricula with operational readiness requirements and support the Army's personnel development objectives across diverse medical disciplines at locations including Fort Sam Houston, Texas, and Robinson, Texas.