an Workshop

Hosted by

Welcome to

Blood, Sweat, and Tears III

216-01396 Sept. 2016

Lockheed Martin

316-01396 Sept. 2016

98,000 Employees

People

49,000

590+ Facilities WorldwideWith 7,000+ Employees

Scientists, Engineers and IT Professionals

Operating in over 70 Countries

416-01396 Sept. 2016

Business StructureMissiles andFire ControlAeronautics

Space Systems

Rotary and Mission Systems

Rotary and Mission Systems

516-01396 Sept. 2016

Customers Departments of

Defense

Homeland Security Commerce

Energy

Justice State

Transportation

NASA

Intelligence Communities

70 other Governments Worldwide

We Never Forget Who Were Working For

Nano-Bio Manufacturing Consortium

Mission: Create a collaborative environment to accelerate the risk reduction of technology, manufacturing, and supply chain relationships

Expected Outcome: Integration of materials and manufacturing within a common platform to address various flexible device applications

Process: Competitively bid, peer-reviewed RFP process emphasizing innovation, partnering and contributed cost share

NBMC Operates at the confluence of nanotechnology, biotechnology, flexible hybrid

electronics, and advanced manufacturing.

The FlexTech Community

TRL 2: Concept and/or application formulatedTRL 6: System

demonstrated in relevant environs

TRL 8: Actual system completed and

qualified

TRL 9: System proven through successful

operation

TRL 1: Basic principles observed

and reported

Flexible Hybrid ElectronicsSupply Chain Development

Lightweight, low power, conformable electronics

CMOS Integration Radio and

communications Sensing, warnings,

wearable displays

Flexible, Wearable Human Performance

Monitoring Electronics

Human Performance Monitoring Applications

10+ members

Flexible Hybrid Electronics Manufacturing

Manufacturing Gaps Public-private partnership 40+ members

FHE R&D Funding Programs

8

R&D Programs Focus and DifferencesTRLs & MRLs provide a well-defined mechanism to measure product creation lifecycle.

NSF & NRC

R&D Projects

Design and fabrication of prototype biosensor monitoring devices

Wearable Devices for Dynamic Assessment of

Hydration & Hydrogen Status

Wearable flexible hybrid electronics biometric performance monitor

Enabling manufacturing of flexible hybrid circuits

Biometric Sensors -integrated development

platform for human performance monitoring

Helmut integrated neurospinal hydration sensor

Computational approaches to enhancing performance in

FHE sensor architecture

Wearable Dynamic Hydration Assessment System

Wearables

Other

SensorsPROJECT TYPES

This is a flexible integrated prototype of a wearable sweat sensor from GE Global Research. The patch monitors biomarkers for hydration, stress, and infectious diseases

BST I (FlexTech, San Jose, CA, August 2015) focused on the challenges facing biomarker detection in bodily fluids (blood, sweat, urine, tears, saliva) with emphasis on noninvasive sensor development.

BST II (UES, Dayton, OH, May 2016) explored wearable human performance monitors, from the point of view of the end-user, including use-case requirements from several industrial and military perspectives.

BST III (Lockheed Martin, Arlington, November 2016): End User & Reliability Issues; Chemistry and Microfluidics; and Power, Communication, and Electronics

Blood, Sweat, and Tears Workshops

1116-01396 Sept. 2016

1216-01396 Sept. 2016

Blood, Sweat, and Tears IIILockheed MartinPeopleBusiness StructureCustomersNano-Bio Manufacturing ConsortiumThe FlexTech CommunityR&D Programs Focus and Differences R&D ProjectsBlood, Sweat, and Tears WorkshopsSlide Number 11Slide Number 12Slide Number 13