Research Triangle Institute
Research Triangle Institute, doing business as RTI International, is an independent, non-profit research organization that provides a wide range of technical and advisory services to the federal government. Established in 1958 and headquartered in Research Triangle Park, North Carolina, RTI International leverages expertise across disciplines such as health, education, social and economic policy, advanced technology, energy, and the environment. The organization has received numerous federal contract and grant awards to support research, program evaluation, technical assistance, and implementation of evidence-based practices across multiple agencies. Through its multidisciplinary approach, RTI International aims to address complex challenges and improve the human condition by turning knowledge into practice.
Through federal contracts, RTI International has provided diverse services including technical guidance, assessments, data analysis, and program evaluation. For the Environmental Protection Agency, RTI has conducted risk assessments, environmental modeling, and policy analysis related to air quality, water resources, and chemical safety. The organization has supported the Department of Health and Human Services with public health research, healthcare delivery studies, and substance abuse prevention initiatives. RTI has also assisted the Department of Justice with criminal justice research, forensic science advancement, and victim services program evaluations. Additionally, RTI has worked with the U.S. Agency for International Development on global health, education, and governance projects in developing countries. These contract awards have typically been competitively awarded without set-asides, leveraging RTI's status as an experienced federal contractor.
RTI International's federal grant portfolio reflects its multidisciplinary research capabilities. The National Institutes of Health has awarded RTI numerous grants for biomedical research, clinical trials support, and public health studies in areas such as substance abuse, mental health, and infectious diseases. The National Science Foundation has funded RTI for science, technology, engineering, and mathematics (STEM) education research and workforce development initiatives. The Department of Education has supported RTI's work on education policy analysis, literacy interventions, and special education research. Additionally, RTI has received grants from the Centers for Disease Control and Prevention for chronic disease prevention, injury control, and environmental health studies. Many of these grants involve collaborations with academic institutions, healthcare organizations, and community partners to leverage diverse expertise and resources.
RTI International holds several significant federal contract Indefinite Delivery Vehicles (IDVs) that enable streamlined procurement of its services. The organization has a Blanket Purchase Agreement with the Environmental Protection Agency for risk assessment and technical analysis support, allowing task orders to be issued for environmental science and policy work. RTI also holds a single-award IDV with the U.S. Agency for International Development for Central America Regional Support Services, enabling the agency to procure a range of development assistance services. The National Institutes of Health has awarded RTI a BPA for product development support and coordination for its NHLBI Catalyze program. Additionally, RTI has IDVs with the Centers for Disease Control and Prevention for data-related services and with the Department of Labor for evaluation services supporting its Chief Evaluation Office. These vehicles demonstrate the breadth of RTI's capabilities and its status as a trusted partner across multiple federal agencies.
JJHCMK4NT5N3 541620
Not listed 3040 E Cornwallis Rd, Durham, NC 27709, USA
11/5/01 3/25/25 The Johns Hopkins University
Here is a four paragraph summary on The Johns Hopkins University:
The Johns Hopkins University is a private research university located in Baltimore, Maryland. Founded in 1876, it is America's first research university and home to nine academic divisions working across disciplines. Johns Hopkins University provides a wide range of goods and services to U.S. federal agencies, primarily focused on biomedical research, public health initiatives, engineering innovations, and scientific analysis to advance discovery.
Through past prime and sub federal contract awards, The Johns Hopkins University has provided clinical trial and data coordination, statistical analysis, IT and software development, research and lab services, medical care, and subject matter expertise to agencies like the NIH, CDC, DoD, and DoJ. For example, a $2 million contract from the CDC provided clinical immunization safety assessments, while a $323,538 Defense Health Agency contract supported research into postpartum depression through applied biomedical studies. Johns Hopkins also holds a $86 million indefinite delivery contract from the CDC to deliver immunization safety research and consultation. Subcontracts have supported initiatives ranging from modeling causality in seismic hazards to characterizing the pathogenesis of E. coli infections.
The Johns Hopkins University has received prime and sub federal grants from agencies including the NIH, NSF, DoEd, and DoD to conduct scientific research, provide specialized training, build research infrastructure, and offer student development programs. Major areas of focus include public health, biomedical science, education, defense medical solutions, and space research. For instance, a $5 million NSF grant established the Electric Power Innovation for a Carbon-free Society Center to facilitate the transition to 100% renewable energy. Other awards have funded research on topics ranging from polycystic kidney disease to synaptic encoding of memory circuits. Johns Hopkins grants also aim to broaden participation in STEM and provide professional development opportunities.
The Johns Hopkins University holds an $86 million CDC indefinite delivery contract to deliver clinical immunization safety assessments from 2023-2028. This contract allows Johns Hopkins to provide immunization safety research and consultation services through task orders, supporting the CDC's mission to advance public health through national immunization programs. A $954,643 delivery order details the provision of clinical immunization safety assessments specifically.
FTMTDMBR29C7 611310
Not listed Malone Hall, 3400 N Charles St, Baltimore, MD 21218, USA
11/13/01 10/9/25 The Vanderbilt University
Vanderbilt University, located in Nashville, Tennessee, is a leading private research institution that conducts extensive research and development across a wide range of disciplines, including medicine, engineering, education, and the natural and social sciences. As a major recipient of federal funding, Vanderbilt provides various goods and services to the federal government through contracts and grants, leveraging its academic expertise and research capabilities to address national priorities. The university is consistently ranked among the top 20 universities in the United States and is known for its strong programs in areas such as biomedical research, education, and healthcare. Through its Sponsored Programs Administration Division, Vanderbilt manages a diverse portfolio of federal awards that support cutting-edge research, training programs, and the development of new technologies and therapies.
Through federal contracts, Vanderbilt University has provided a diverse array of research and development services. Recent prime contract awards include a $90,861 firm-fixed-price purchase order from NASA for UV Raman scattering research related to nuclear thermal propulsion, and a $5,887,605 cost-no-fee contract from DARPA for the META-BPL program to characterize and resolve vulnerabilities in business logic systems. The university has also received a $500,000 delivery order from the Department of Veterans Affairs for Core Outcomes Research Evaluation Services (CORES). As a subcontractor, Vanderbilt has supported prime contractors like Honeywell Federal Manufacturing & Technologies and Science Applications International Corporation on various Department of Defense and Department of Energy projects. These contracts demonstrate Vanderbilt's capabilities in areas such as advanced scientific research, cybersecurity, and healthcare outcomes evaluation. The majority of these contract awards do not appear to have set-aside designations, reflecting Vanderbilt's status as a large educational institution.
Vanderbilt University has been awarded numerous federal grants across a wide spectrum of research areas. The university has received substantial funding from the National Institutes of Health (NIH) for biomedical research, including grants for studying Alzheimer's disease, cancer, diabetes, and infectious diseases. For example, Vanderbilt was awarded a $1,829,783 grant from the National Institute on Alcohol Abuse and Alcoholism to establish the Vanderbilt AUD Research and Education Center. The National Science Foundation has provided grants for research in areas such as engineering, computer science, and mathematics. Vanderbilt also participates in multi-institution collaborations, often serving as a subrecipient on grants led by other universities or medical centers. These grants support cutting-edge research, training programs for future scientists and healthcare professionals, and the development of new technologies and therapies.
Vanderbilt University holds an indefinite delivery contract (IDV) awarded by the Department of Veterans Affairs Veterans Health Administration Veterans Integrated Service Network 9. This single-award IDV has a ceiling value of $500,000 and a period of performance through January 2028. Under this vehicle, Vanderbilt has received a $500,000 firm-fixed-price delivery order to provide VU Core Outcomes Research Evaluation Services (CORES) in Nashville, Tennessee. This IDV demonstrates Vanderbilt's capability to provide ongoing research and evaluation services to support the VA's efforts in improving health outcomes and quality of life for veterans. The university's expertise in medical research and healthcare analysis makes it well-positioned to deliver valuable insights through this contracting vehicle. No other IDVs or task orders under parent vehicles were mentioned in the provided information.
DWH7MSXKA2A8 611310
Not listed Not listed 7/10/03 5/23/20 Oregon Health & Science University
Oregon Health & Science University (OHSU) is a prominent research university and academic medical center located in Portland, Oregon. As a major recipient of federal funding, OHSU provides a wide range of healthcare, biomedical research, and educational services to federal agencies through both contracts and grants. OHSU is registered to receive federal awards and has been awarded contracts, grants, and subcontracts across diverse areas of medical research and clinical care. The university's expertise spans fields such as cancer, neuroscience, cardiovascular health, and infectious diseases, positioning it as a key partner for federal health and research initiatives.
Through federal contracts, OHSU has provided specialized medical and research services to agencies like the Department of Veterans Affairs (VA) and Department of Defense. Notably, OHSU holds contracts with the VA's Veterans Integrated Service Network 20 to provide biostatistical consulting, data analysis, and volumetric data analysis services to support VA healthcare research initiatives. The university has also conducted clinical trials and provided specialized healthcare services like neuroradiology physician services and organ procurement for the VA. Additionally, OHSU has contracts with the Department of Defense for tuition and educational services. These contracts demonstrate OHSU's capacity to deliver highly specialized medical expertise and research capabilities to federal partners. The contracts awarded to OHSU do not typically carry set-aside designations.
OHSU's federal grant portfolio showcases its broad research capabilities across numerous health domains. The university has received substantial funding from the National Institutes of Health (NIH) for research on topics such as cancer biology, neurodegenerative diseases, cardiovascular health, and infectious diseases. For example, OHSU has grants to study novel gene therapies for inherited retinal diseases, investigate mechanisms of cancer cachexia, and develop new approaches for treating opioid use disorder. The university also participates in large, multi-site clinical trials and cohort studies funded by NIH institutes. Additionally, OHSU receives grants from other federal agencies like the Department of Defense for specialized medical research projects. Many of these grants involve collaborations with other universities and research institutions, with OHSU serving as both a prime recipient and subrecipient on various projects.
OHSU holds two indefinite delivery contracts (IDVs) with the Department of Veterans Affairs Veterans Integrated Service Network 20. The first IDV, with a ceiling value of $180,776, enables OHSU to provide biostatistical consulting services to support VA healthcare research efforts. Under this contract, OHSU has received task orders to deliver quantitative research support, data analytics, and statistical expertise. The second IDV, with a ceiling of $72,335, allows OHSU to provide volumetric data analysis services to the VA. These IDVs demonstrate OHSU's ongoing partnership with the VA to enhance healthcare services and research capabilities benefiting veterans. The contracts do not fall under broader parent vehicles and are specific agreements between OHSU and the VA's VISN 20.
NPSNT86JKN51 541715
Not listed 3181 SW Sam Jackson Park Rd, Portland, OR 97239, USA
10/24/01 11/22/25 Mcmaster University
McMaster University is a research-intensive university located in Hamilton, Ontario, Canada that receives federal contract and grant awards from the U.S. government. The university provides a wide range of research and development services across multiple scientific disciplines, including genomics, medical research, materials science, and engineering. McMaster has been registered to receive U.S. federal awards since 2003 and is classified as an international organization and private university. Its federal contracting and grant activities span both defense and civilian agencies, demonstrating the broad applicability of its research capabilities.
Through federal contracts, McMaster University has provided genome sequencing services to the Department of Veterans Affairs to support genomic medicine initiatives. The university conducted a $450,000 firm-fixed price contract to perform genome sequencing of de-identified veteran DNA samples and provide associated data analysis reports to VA-VHA over a one-year period. McMaster has also conducted research for the Nuclear Regulatory Commission on reactor protection systems, focusing on developing staff capabilities in areas such as computer science, cyber-physical systems engineering, and software-dependent systems engineering. These contracts with the NRC were structured as purchase orders without set-aside designations, reflecting McMaster's status as an international entity. The contract work showcases McMaster's expertise in cutting-edge genomic technologies and nuclear safety systems.
McMaster University's federal grant activities cover an even broader range of research areas. The university has received grants from the Department of Defense for studies on prostate cancer and depression, electron and ion microscopy for infrared applications, and imaging of two-dimensional materials. Grants from the National Institutes of Health have supported research on corneal epithelial cell development, rare-variant polygenic risk scores for Alzheimer's disease, and neural mechanisms of speech processing in aging. The National Science Foundation has funded McMaster's work on mathematical modeling of responsive materials. Many of these grants involve collaborations with U.S. institutions, with McMaster sometimes serving as the prime recipient and other times as a subrecipient. For example, McMaster has partnered with the University of Wisconsin on microbiome research related to wound healing, and with Harvard University on bacterial cell division studies. The diverse grant portfolio highlights McMaster's strengths in biomedical research, materials science, and applied mathematics.
Q7EMP68DMNM5 611310
Not listed 1280 Main St W, Hamilton, ON L8S 4L8, Canada
4/24/03 9/27/25