New start muri CA "ssymbiotic - self-sustaining sensorized muscle-based biohybrid technologies with integrated control"

Active Cooperative Agreement Awarded Last action

Award ID
W911NF2320138
Recipient
Awarding agency
Obligated
$4,268,725

Award facts

Assistance listing
12.431 Basic Scientific Research
Completion date 65% complete
Originally
Funding agency
Research Development and Engineering Command Army Materiel Command, Department of Defense
Place of performance
Pittsburgh, PA 15213, USA

Award details come from USAspending.gov.

Transactions

Action Obligated Date
Amendment Exercise option for ssymbiotic - self-sustaining sensorized muscle-based biohybrid technologies with integrated control $520,218
Amendment Ssymbiotic - self-sustaining sensorized muscle-based biohybrid technologies with integrated control $0
Amendment $610,753
Amendment $625,000
Amendment Quantum error correction under control $394,793
Amendment $855,128
Amendment Incremental funding $117,000
Amendment MOD to allow new subaward. $0
Amendment Incremental funding $625,000
Original award $520,833

Subawards

Subrecipient Amount Awarded
Georgia TECH Research Corp SSyMBioTIC - Self-sustaining sensorized muscle-based biohybrid technologies with integrated control $45,151
The Regents Of The University Of California $57,804
Northwestern University $86,590
The Regents Of The University Of California $18,004
The Regents Of The University Of California $72,014
Georgia TECH Research Corp $60,456
Northwestern University Understand biohybrid actuator interfaces, life-support, design, and local control to move biohybrid actuators beyond the proof-of-concept petri dish scale. We… $103,866
The Regents Of The University Of California Develop the fundamental understanding needed to integrate bioactuators with 3D synthetic scaffolds, life-support, electro-neuro-muscular interfaces, and control… $77,460
Northeastern University The goal of the proposed MURI is to understand biohybrid actuator interfaces, life-support, design and local control to move biohybrid actuators beyond the… $101,655
Georgia TECH Research Corp SSyMBioTIC - Self-sustaining sensorized muscle-based biohybrid technologies with integrated control $101,444
Georgia TECH Research Corp Develop foundational materials, bioengineering, computing, and design tools to enable self-sustaining biohybrid actuators outside the lab. $65,707
Northwestern University The goal of the proposed MURI is to understand biohybrid actuator interfaces, life-support, design, and local control to move biohybrid actuators beyond the… $65,532
The Regents Of The University Of California Energy efficiency, specific power, adaptability, compliance, and the ability to self-repair are critical factors needed in robotic actuators. Despite the… $49,631
Northwestern University The goal of the proposed MURI is to understand biohybrid actuator interfaces, life-support, design, and local control to move biohybrid actuators beyond the… $158,520
The Regents Of The University Of California Develop the fundamental understanding needed to integrate bioactuators with 3D synthetic scaffolds, life-support, electro-neuro-muscular interfaces, and control… $113,617
Georgia TECH Research Corp The goal of the proposed MURI is to understand biohybrid actuator interfaces, life- support, design, and local control to Subaward Project Description: move… $159,448
The Regents Of The University Of California Energy efficiency, specific power, adaptability, compliance, and the ability to self-repair are critical factors needed in robotic actuators. Despite the… $21,352
The Regents Of The University Of California Energy efficiency, specific power, adaptability, compliance, and the ability to self-repair are critical factors needed in robotic actuators. Despite the… $69,973
Northwestern University The goal of the proposed MURI is to understand biohybrid actuator interfaces, life-support, design, and local control to move biohybrid actuators beyond the… $100,892
Georgia TECH Research Corp The goal of the proposed MURI is to understand biohybrid actuator interfaces, life-support, design, and local control to Subaward Project Description: move… $101,667
Show all 20

Quick answers

Who received award W911NF2320138?

W911NF2320138 was awarded to Carnegie-Mellon University by ACC Aberdeen Proving Ground (Army Contracting Command) on July 3, 2023.

How much is award W911NF2320138 worth?

$4,268,725 has been obligated on W911NF2320138.

Which agency awarded W911NF2320138?

ACC Aberdeen Proving Ground (Army Contracting Command) awarded W911NF2320138, with funding from Research Development and Engineering Command (Army Materiel Command).

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