The recipient shall perform research and development program I/a/W with SOW entitled, 'nano-BIO manufacturing consortium'. TAS number: 57 3600.

Active Cooperative Agreement Awarded Last action

Award ID
FA86501825402
Recipient
Awarding agency
Obligated
$108,176,952

Award facts

Completion date 79% complete
Originally
Funding
  • $44,745,207.00 Federal
  • $63,431,745.00 Non-federal
Place of performance
United States

Award details come from USAspending.gov.

Transactions

Action Federal Non-federal Date
Amendment $0 $0
Amendment $0 $0
Amendment The recipient shall perform a coordinated research and development program carried out in accordance with the revised statement of work (SOW) (revision 2)… $0 $0
Amendment $6,250,000 $15,886,208
Amendment Nano-BIO manufacturing consortium - revised budget and extended period of performance to add two additional in-scope project cycles $6,250,000 $15,886,208
Amendment Admin change $0 $0
Amendment Nano-BIO manufacturing consortium (NBMC) - RX2004 $0 $0
Amendment The recipient shall perform a coordinated research and development program carried out in accordance with the amended statement of work (SOW) (amendme $4,047,607 $3,461,729
Amendment Amendment 07 increases the government share by $4,047,607(CII funding) increases recipient cost share by $3,461,729 and thereby increases the total face value… $4,047,607 $3,461,729
Amendment Nano-BIO manufacturing consortium (NBMC) - RX2004 $4,396,693 $0
Amendment "nano-BIO manufacturing consortium". TAS number: 57 3600. $0 $0
Amendment Nano-BIO manufacturing consortium $750,000 $0
Amendment $7,653,300 $0
Amendment $4,150,000 $3,613,752
Amendment Admin change $0 $0
Original award $7,200,000 $21,122,119
Show all 16

Subawards

Subrecipient Amount Awarded
University Of Massachusetts Lowell PRINT-AID – Printed Intelligent Design for Additive Integrated Diagnostic $476,597
Northeastern University Wearable Non-Invasive Ultrasound Mechanobiology for Real-Time Stress and Hydration Assessment $297,500
Bluehalo LLC Industrial Bioprocessing and Digital Twin Real-Time Monitoring and Feedback $500,000
Georgia TECH Research Corp In Process, Scalable Smart Multi-monitoring System for High-quality Bio-industrial Manufacturing. $350,000
Integrated Medical Sensors Inc. A Multi-Analyte, Multi-Modal CMOS Microsensor Platform for Continuous Health Monitoring. $399,000
Biowear, Inc. Flexible PCB Multiplexed Microneedle Diagnostic Device. $449,978
Applied Nanotech, Inc. An FHE-Integrated Smart Bandage for Rapid, Point-of-Need Molecular Detection of Wound Infections $399,999
Sunray Scientific Inc. Compact, reliable, semiconductor-enabled glucose monitor with enhanced performance in extreme environments $499,960
North Carolina State University Liquid Metal Filled Fibers for Next Generation E-textiles $496,678
University Of California, San Diego A wearable system with ultrasound sensing and electrochemical drug delivery for blood pressure regulation in animals $600,000
Subrecipient not on record Development to Commercialization of Remote Airmen Monitoring (RPM) and Digital Therapeutics (DTx) AI/ML Platform with Smart, Clinically/Highly Accurate Insoles $1,000,000
Arieca Inc. Printable Soft-Matter Electronics & Thermoelectric Transducers for Energy Harvesting Textiles $500,199
Satio Inc. SatioDx integrated blood collection with on-board graphene-FET to detect biomarkers for human/cognitive performance. $800,000
Attune Neurosciences, Inc. Individualized Focused Ultrasound Stimulation of the Brain to Enhance Alertness and Cognitive Performance $496,775
The Research Foundation For The State University Of New York Multiplexed Wireless Interstitial Fluid Monitoring Devices for Stress Assessment $850,000
Dermisense, Inc. Advancing TRL of ambulatory ISF monitoring with zero-power porous microneedle patches by sensor integration, packaging, production scale-up, and validation in… $188,833
Bluehalo, LLC Transdermal Optical Microneedle Sensors for Continuous Monitoring of Physiological Analytes in Interstitial Fluid $999,996
Case Western Reserve University BioSIS $3,613,690
Georgia TECH Applied Research Corp Scalable skin-like wearable platform for real time physio-cognitive monitoring and decision support within austere, high stress aeromedical settings $475,598
The Research Foundation For The State University Of New York Wireless Interstitial Fluid Monitoring Devices $1,690,000
Arieca Inc. Self-Powered Wireless Soft Electronics with Multimodal Energy Harvesting $500,066
Lifeware Labs LLC Soft Bioelectronics for Wearable Physiological Monitoring $499,709
University Of California, LOS Angeles FlexPower – A Flexible Battery with Wireless Charging Module for Biomedical Wearable Devices $500,000
North Carolina State University Wearable Mechanical Energy Harvesting Using Soft EDL Capacitors $94,996
University Of North Carolina At Chapel Hill Dual-BioCapacitors: Harvesting energy from sweat for biochemical monitoring of human activity and stress $145,369
Biolinq Incorporated A Microneedle Sensor Patch for Continuous Interstitial Fluid Cortisol Measurement $1,999,967
Bluehalo, LLC Optimization of Ink-Printed, 2D-Materials for Selective, Wearable, Environmental Sensors $999,989
Aptima Inc. Smartwatch $1,384,354
Dermisense, Inc. Ambulatory ISF monitoring with zero-power porous microneedle patches $202,221
Ist, LLC Bolstering Resilience, Adaptability, and Intelligence with Neurotechnology $267,000
The Research Foundation For The State University Of New York Wireless Vital Sign Monitoring Devices for Ambulatory Aeromedical Care $1,690,000
North Carolina State University Novel Class of No-Power Sweat Assays and Skin Interfaces with Osmotic Microfluidic Pumping and Fluid Management $85,000
University Of California, San Diego Ambulatory Stress Monitoring by Integrated Wearable Sensors for Blood Pressure, Electrocardiogram, and Heart Rate Variability $510,000
The Research Foundation For The State University Of New York Epifluidics for stress monitoring $193,953
The Research Foundation For The State University Of New York AI-Flex: An Artificial Neural Network Integrated Flexible Multi-Modal Sensor Patch for Real- Time Continuous Physiological Monitoring and Inference $500,428
University Of Arizona Neuropeptide Sensing in Wearable, Human Biochemistry Monitoring Technologies $519,054
Show all 36

Quick answers

Who received award FA86501825402?

FA86501825402 was awarded to Semi by Air Force Research Laboratory (Air Force Materiel Command) on September 18, 2018.

How much is award FA86501825402 worth?

$108,176,952 has been obligated on FA86501825402: $44,745,207 in federal funding and $63,431,745 in non-federal funding.

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