Embedded Files
Development and Deployment of Independent Wireless Sensing Architecture for PCCP Wire Breaks Detections (2300476)
Development and Deployment of Independent Wireless Sensing Architecture for PCCP Wire Breaks Detections (2300476)
Source: Great Lakes Water Authority (GLWA)
Apr 1, 2023- Mar 31, 2024 (PI)
Total Budget: $ 133,418
RFP-5190 Improved Risk Management from Condition Assessment Data (2300476)
Source: Water Research Foundation (WRF)
Apr 1, 2023- Mar 31, 2024 (Technical Advisory, PI: HDR Engineering, Inc.)
Total Budget: $ 783,040 (Share: $ 53,601)
Data-Driven Decision-Making Framework for Risk Management of the GLWA Water Transmission System (2102864)
Data-Driven Decision-Making Framework for Risk Management of the GLWA Water Transmission System (2102864)
Source: Great Lakes Water Authority (GLWA)
Jul 1, 2021- Jun 30, 2024 (PI)
Total Budget: $ 590,179
Intelligent Wireless Sensing System for Safety Assessment on Hong Kong-Zhuhai-Macao Bridge (N031486)
Intelligent Wireless Sensing System for Safety Assessment on Hong Kong-Zhuhai-Macao Bridge (N031486)
Source: Shanghai Railway Certification Co., LTD (SRCC)
Oct 1, 2021- Dec 31, 2023 (PI)
Total Budget: $ 145,567
Intelligent Operating Environments for Enhancing Warfighter Performance and Health (1900902)
Intelligent Operating Environments for Enhancing Warfighter Performance and Health (1900902)
Source: Office of Naval Research
Nov 19, 2020- Nov 18, 2023 (Co-PI, PI: Jerome P. Lynch)
Total Budget: $ 600,381
GLWA Asset Management of the Drinking Water Transmission System (1900902)
GLWA Asset Management of the Drinking Water Transmission System (1900902)
Source: Great Lakes Water Authority (GLWA)
Jul 8, 2019- Dec 8, 2021 (Co-PI, PI: Jerome P. Lynch)
Total Budget: $ 357,150
Wearable Wireless Monitoring Systems for Warfighter Health Monitoring in Extreme Environments (N00014-18-1-2477)
Wearable Wireless Monitoring Systems for Warfighter Health Monitoring in Extreme Environments (N00014-18-1-2477)
Source: Office of Naval Research
Jul 1, 2018- Jun 30, 2019 (Participant, PI: Jerome P. Lynch)
Total Budget: $ 198,648
Unified In Vivo/Ex Vivo Sensing Architectures for Monitoring Osseointegrated Prosthetics (N00014-16-1-2738)
Unified In Vivo/Ex Vivo Sensing Architectures for Monitoring Osseointegrated Prosthetics (N00014-16-1-2738)
Source: Office of Naval Research
Jul 1, 2016- Jun 30, 2018 (Participant, PI: Jerome P. Lynch)
Total Budget: $ 310,427
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