University Of Utah
Customers
5
4 federal agencies, 1 prime contractor
Suppliers
0
None disclosed
Largest customer
—
No % disclosed
Named-customer revenue
—
No estimate available
Federal obligations
$7.6M
FY2027 · USAspending.gov
Federal contracts 4
Agencies that awarded contracts to this company, from USAspending.gov. Dollars are obligated amounts as reported, not estimates; $25.6M in the latest fiscal year shown per agency.
| Agency | Obligated | Fiscal year | Awards | Trend | Largest award |
|---|---|---|---|---|---|
| Department of Health and Human Services
National Institutes of Health |
$8.4M | FY 2026 | 15 | $9.5M → $13.5M → $9.4M → $8.4M | 75N95022C00007 |
SCREENING OF INVESTIGATIONAL THERAPEUTICS TO TREAT, MODIFY OR PREVENT EPILEPSY FOR THE NINDS EPILEPSY THERAPY SCREENING PROGRAM (ETSP) | |||||
| Department of Transportation
National Highway Traffic Safety Administration |
$8.0M | FY 2026 | 1 | $5.9M → $9.8M → $4.0M → $8.0M | 693JJ926C000001 |
. . TITLE: NEMSIS TAC - BRIDGE | |||||
| Department of Veterans Affairs
Department of Veterans Affairs |
$7.6M | FY 2027 | 3 | $20.6M → $6.4M → $9.6M → $7.5M → $7.6M | 36C25926N0251 |
HEART TRANSPLANT SERVICES | |||||
| Department of Defense
Department of the Army |
$1.6M | FY 2025 | 12 | W912CG25CA002 | |
THIS RESEARCH AND DEVELOPMENT REQUIREMENT IS FOR SANDIS: SCALABLE ANALOG NEURAL-NETWORK (NN) WITH DIRECT INTERFACE TO SENSORS. | |||||
Federal subcontracts received 1
Prime contractors that subcontracted federal work to this company. From USAspending.gov subaward reports; amounts are as reported by the prime contractor, latest report per subaward, $500K+ a year.
| Company | Subawards | Fiscal year | Count | Trend | Largest subaward |
|---|---|---|---|---|---|
| BA BOEING CO |
$1.1M | FY 2025 | 1 | HR001125C0036 | |
THE UNIVERSITY OF UTAH (UU) SHALL BE A SUBCONTRACTOR TO HRL LABORATORIES, LLC ON THE DARPA SURGE PROGRAM. SURGE SEEKS TO REVOLUTIONIZE THE QUALIFICATION OF ADDITIVELY MANUFACTURED PARTS BY EMPLOYING IN-SITU MONITORING AND PHYSICAL PROCESS MODELLING TO INFORM MICROSTRUCTURE BASED FATIGUE LIFE ESTIMATES UNIQUE TO SPECIFIC PRINTED PARTS. UU WILL COLLABORATE WITH THE HRL-LED TEAM – SURROGATE-ACCELERATED PHYSICS-GUIDED ASSESSMENT FOR THE RELIABILITY OF STRUCTURES (SPARES) – AND WILL LEAD THE DEVELOPMENT OF A BAYESIAN, MULTI-FIDELITY, MICROSTRUCTURE-BASED LIFING FRAMEWORK ON DARPA SURGE. UU WILL ADDITIONALLY LEAD THE MICROSTRUCTURE AND DEFECT CHARACTERIZATION OF 3D PRINTED COUPONS. | |||||
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