NBMC R&D Projects

NBMC R&D Projects 

NBMC's main project focus through 2017, revolved around developing a biosensor device that is lightweight, cost-effective, conformable, and performs as a wearable patch with an operation of 24-72 hours and costs less than $2 to mass produce. The following projects were funded.  

NBMC anticipates funding additional projects.  Sign up for NBMC Updates to receive emails for new proposal opportunities. 

2017 Projects

Project StatusProject TopicLead CompanyPartnersKeywords
17-16Microfluidics System PackagingUniversity of Arizona reaction kinetics, sweat, microfluidis, organic semiconductor sensor
17-15A scalable flexible substrate and assembly process for high performance heterogeneous dielet integration with tight interconnect density (FlexTrate™)University of California, Los Angelesi3 ElectronicsFan-out wafer-level packaging, bio compatible, flexible interconnect
17-14Printed Microfluidic Performance Assessment for Sweat-Based Biomarker Sensor PlatformsUniversity of Massachusetts, Amherst microfluidics, biosensor, biofouling, electrowetting valves
18-13Touch and Emerging Display ReportsTouch Display Research OLED, quantum dot, smart windows, active pen, industry reports

2016 Projects

Project StatusProject TopicLead CompanyPartnersKeywords
16-12Wearable Device for Dynamic Assessment of HydrationGeneral Electric Global ResearchUniversity of Connecticut, University of Massachusetts Amherst, American Semiconductor Inc., University of Arizona, Dublin City University, UESimpedance, sweat sensor, ion-selective electrodes, microfluidics, hydration, electrolytes, human performance monitoring
16-11Wearable Dynamic Hydration Assessment SystemUES, Inc.Dublin City Universityclinical testing, sweat electrolyte
16-10Wearable Paper-based Microfluidic Biomarker Sensor PatchUniversity of Massachusetts, AmherstGeneral Electric Global Researchelectrowetting valve, graphene ink sensor

2015 Projects

Project StatusProject TopicLead CompanyPartnersKeywords
15-9Enabling Manufacturing of Flexible Hybrid SystemsAmerican Semiconductor, Inc.Molexwater thinning, thin wafer handling, pick and place
15-8Computational Approaches to Predictive Device Modeling and Additive ManufacturingLockheed Martin mechanical reliability, printed antenna, interface reliability
15-7Sensor for Monitoring Human Biometric ParametersBinghamton Universityi3 Electronics, Inc., American Semiconductor, Inc., University of California, Berkeleyflexible antenna, ECG, electrodes, capacitive electrodes
15-6Biomarker Monitoring Device ManufacturingMolex, LLCAmerican Semiconductor, Brewer Science, Northeastern Universitywireless lactate sensor, FHE manufacturing
15-5Helmet Integrated Neuro Spinal Hydration SensorVisca, LLCIQMRI, Wayne State's Universitybio-impedance, RF transmitter, inertial sensing

 

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