Sri International
Sri International is a non-profit research and development institute that provides a wide range of scientific, engineering, and technical services to the U.S. federal government through contracts and grants. Established in 1946 as Stanford Research Institute and later becoming independent, Sri International has expertise across disciplines including biomedical sciences, computing, defense technologies, education, and energy/environmental studies. The organization conducts research and development for government agencies like the Department of Defense, NASA, Department of Health and Human Services, and Department of Education, as well as commercial clients. Through federal contracts and grants, Sri International delivers specialized research, engineering, and technical services across numerous domains to advance innovation and address critical national needs.
Through federal contracts, Sri International supports projects advancing defense technologies, national security capabilities, and interdisciplinary research. For the Department of Defense, work includes developing sensors, communication systems, and data analytics tools for agencies like DARPA and the Air Force. Sri also performs substantial biomedical research for HHS, including preclinical studies, drug discovery, and public health initiatives for the NIH and its institutes. For NASA, Sri provides aerospace R&D services like advanced materials research. The company frequently partners as both a prime and subcontractor with major defense firms and research universities on contracts. Examples of specific contract work include animal model development for infectious diseases, chemical screening for contraceptive development, toxicology studies, and engineering support for defense systems. Most contract awards do not have small business set-asides, given Sri's large size and non-profit status.
Sri International's federal grant portfolio spans a variety of research areas aligned with its multidisciplinary expertise. For the National Science Foundation, Sri conducts computer science research on topics like artificial intelligence, cybersecurity, and data science. NIH grants fund biomedical studies in areas such as neuroscience, sleep disorders, and drug development. Department of Education grants support research on educational technologies, early childhood education, and STEM learning. NASA funds Sri's space science research through grant programs. As a large organization, Sri often serves as the prime recipient on grants, collaborating with university partners as subrecipients. The grants enable Sri to pursue early-stage research that can later transition into more applied contract work. Examples include studies on autism spectrum disorders, communication disorders in children, and ionospheric physics.
Sri International holds several indefinite delivery vehicles (IDVs) that allow federal agencies to efficiently procure its services. For the Department of Defense, Sri has IDVs with DARPA to provide R&D in emerging technologies like advanced materials, quantum computing, and biotechnology. NASA awarded Sri an IDV for aerospace research services at Ames Research Center. The NIH has multiple IDVs with Sri for biomedical research support, including drug development services for the National Cancer Institute and toxicology studies for the National Institute on Drug Abuse. The Department of Labor utilizes an IDV with Sri for policy research and program evaluation services. These vehicles streamline the process for agencies to access Sri's diverse technical capabilities through task order awards across a wide range of scientific and engineering domains.
SRG2J1WS9X63 541715
Not listed SRI International, 333 Ravenswood Ave, Menlo Park, CA 94025, USA
5/21/01 2/3/26 University Of Illinois
University of Illinois University of Illinois Division - doing business as The Board of Trustees of the University of Illinois is a public land-grant research university located in Urbana, Illinois. Through its federal contract and grant awards, the University provides a wide range of research, products, and services to U.S. government agencies.
The University has received numerous federal prime and sub contract awards over the years. As a prime contractor, the University has provided research, prototypes, software, and reports on topics ranging from quantum cryptography to composite materials to the Department of Defense and agencies like NASA, among others. The University has also served as a subcontractor supporting research and development efforts on projects related to fuel cell technologies, defense systems, and more. Many of the contract awards have involved no set-aside designations.
Through its federal grants, the University has delivered an array of research, programs, and services. As a prime grantee, it has received funding to conduct scientific research and STEM education initiatives from agencies like the National Science Foundation, National Institutes of Health, Department of Energy, and United States Department of Agriculture. Research topics have covered areas like genetics, neuroscience, agriculture, and more. The University has also received subawards supporting collaborative research projects on topics like public health, climate change, manufacturing technologies, and others.
Additionally, the University holds an indefinite delivery/indefinite quantity (IDV) contract from the Defense Advanced Research Projects Agency to develop an electrothermal simulator for microelectronics design. Task orders under this IDV will involve the University delivering the simulator software and related services. The IDV aims to advance modeling and simulation capabilities relevant to integrated circuit design.
Y8CWNJRCNN91 611310
Not listed 506 S Wright St, Urbana, IL 61801, USA
3/8/02 8/13/25 Lovelace Biomedical And Environmental Research Institute, Inc.
Lovelace Biomedical and Environmental Research Institute, Inc. (LBERI), doing business as Inhalation Toxicology Research Institute, is a not-for-profit contract research organization that provides preclinical research services to support the development of treatments and cures for respiratory diseases. As a subsidiary of Lovelace Biomedical Research Institute, LBERI leverages over 70 years of expertise in inhalation toxicology, infectious disease modeling, medical countermeasure testing, and translational science.
Through prime and subcontract awards, LBERI performs preclinical efficacy testing of HIV therapeutics, models pharmacodynamics of gene targets related to pain disorders, evaluates medical countermeasures for COVID-19, provides infectious disease modeling services, and conducts research on opioid addiction and withdrawal treatments. Major federal customers include NIH, NIAID, NCATS, BARDA, and Leidos. LBERI has provided these R&D services via cost-plus-fixed-fee and firm-fixed-price delivery orders issued under IDIQ contracts, with no set aside designations.
LBERI also conducts biomedical research on a range of disease states through NIH research project grants. As a prime grantee, LBERI performs studies on neural circuitry and dopamine reward response related to substance abuse. As a subrecipient on NIH awards to universities, LBERI contributes expertise in lung disease modeling, translational science, and biodistribution assays to support research on lung cancer, chronic bronchitis, and nanoparticle inhalation exposure.
N1UBCLRAPNG6 541380
Not listed Not listed 2/28/02 3/14/24 IIT Research Institute
IIT Research Institute (IITRI) is a non-profit contract research organization and division of the Illinois Institute of Technology that specializes in preclinical drug development services for federal agencies. IITRI primarily supports the Department of Health and Human Services by conducting pharmacology, toxicology, safety, and efficacy evaluations of small molecule, biologic, and RNA therapeutic candidates across various disease areas to support Investigational New Drug (IND) applications. The organization leverages its expertise in non-GLP and GLP studies, analytical assay development, and process validation to advance promising therapies from discovery through clinical trials. IITRI has extensive experience providing these services to federal agencies through both prime contracts and subcontracts.
IITRI has been awarded numerous contracts from agencies such as the National Cancer Institute (NCI), National Institute of Allergy and Infectious Diseases (NIAID), National Institute of Neurological Disorders and Stroke (NINDS), and National Center for Advancing Translational Sciences (NCATS). These contracts have supported a wide range of preclinical research activities, including toxicology studies for cancer therapies, safety assessments of potential treatments for neurological disorders, and evaluation of vaccine candidates for infectious diseases. Notable projects include preclinical development of an RNA vaccine for prostate cancer prevention, non-clinical safety studies of compounds for conditions like neuropathic pain and acute cannabinoid overdose, and toxicology testing of COVID-19 related therapies. IITRI has also conducted subcontract work for other research institutions, performing specialized studies such as repeat dose toxicity evaluations of multivalent vaccines. The contracts awarded to IITRI are typically not associated with set-aside designations.
IITRI holds several significant indefinite delivery/indefinite quantity (IDIQ) contract vehicles with federal agencies. These include a $146.3 million single-award contract with NIAID for preclinical models of infectious diseases, a $48.6 million multiple-award contract with NCATS for safety evaluation and toxicology studies, and a $150 million multiple-award contract with NCI for the PREVENT Cancer Preclinical Drug Development Program. Additionally, IITRI has a $9.8 million single-award contract with NCI for preclinical toxicology of small molecule drugs and a $174.5 million single-award contract with NINDS for the Pharmacology and Toxicology for Therapeutics Program. These IDIQ vehicles enable federal agencies to efficiently access IITRI's comprehensive preclinical research capabilities on an as-needed basis, supporting critical drug development efforts across multiple therapeutic areas. Task orders under these IDVs have been awarded by various NIH institutes to conduct specific preclinical studies, ranging from toxicology assessments of cancer therapies to safety evaluations of neurological treatments.
DGBUFQYMKWB5 541715
Not listed 10 W 35th St #4, Chicago, IL 60616, USA
4/15/02 10/8/25 Southern Research Institute
Southern Research Institute, doing business as Southern Research, is a corporate entity tax exempt non-profit organization that offers advanced technologies and contract research services including drug discovery and development, emerging infectious disease research, medicinal chemistry, toxicology, and more. Through past prime and sub federal contract awards, Southern Research has provided a range of engineering, testing, research, and manufacturing services. This includes thermal conductivity testing, nondestructive evaluation, and video tracker systems for NASA centers; drug discovery and assay development services for NIH institutes; arsenic antidote and anti-inflammatory agent development for military medical research; and engineering services for private sector aerospace and defense contractors.
Through past prime and sub federal grants, Southern Research has conducted air quality monitoring, alternative energy production research, antiviral and antimalarial drug lead development, and investigations related to the pathogenesis of neurodegenerative conditions like Frontotemporal Dementia and Alzheimer's Disease. Major funding agencies have included NIH, the CDC, Department of Energy, Department of Defense, and EPA. Partners have included university and non-profit research institutions.
Southern Research holds multiple federal Indefinite Delivery/Indefinite Quantity contract vehicles to provide preclinical services for HIV therapeutic development, medicinal chemistry lead optimization, biological animal model development, and assessments of antimicrobial activity. Task orders under these IDVs fund hit-to-lead compound progression studies, assay development and validation, animal model creation, and efficacy evaluations for emerging antivirals and antimicrobials. Major clients include NIH institutes and HHS agencies like the Office of the Assistant Secretary for Preparedness and Response.
CDZJAJJHJMH5 541715
Not listed 2000 9th Ave S, Birmingham, AL 35205, USA
6/26/01 10/14/25