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Projects/Programs

Displaying 126 - 140 of 140

Standards Development to Ensure Reliable Breath Analysis in the Field

Ongoing
Numerous volatile organic compounds (VOCs) have been identified in human breath. These compounds can be produced by the body or by organisms in the body (e.g., bacteria or viruses) and provide a non-invasive window into human health. Inexpensive point-of-care devices are being developed to diagnose

Strain Measurement for Semiconductor Devices and Packages

Ongoing
Strain is a critical parameter that influences both electrical and mechanical failures of devices, however, measuring strain in complex 3D geometries and vanishingly small feature sizes remains a challenge for manufacturers. Data provided by strain measurements can be used to validate computational

Structural Metrology of Advanced Manufacturing Processes

Ongoing
Understanding material structures in advanced manufacturing is crucial because it enables precise control over material properties, leading to improved performance, efficiency, and cost-effectiveness in production processes. However, this understanding poses many challenges, such as the

Sub-nanoscale electron microscopy of complex nanostructures

Ongoing
The properties of advance materials are becoming ever more reliant on the ability to manipulate their chemistry and structure at very fine length scales. For example, the relevant feature sizes in state-of-the-art transistors continue to decrease, even as the complexity of the architectures employed

Supply Chain Traceability for Agri-Food Manufacturing

Completed
Objective - Develop and deploy new standards, tools, and guidelines for traceability and cybersecurity that increase trust among participants and customers of agri-food manufacturing supply chains. What is the technical idea? The new technical idea is to develop the measurement science basis for the

Sustainable Metals Processing and Alloy Development

Ongoing
Foundational measurement science is being developed to support sustainable innovations through alloy design and optimization. The integration of experiments and computational thermodynamics and kinetics tools with mechanistic models enables the prediction of key processing-structure-property

Systems Analysis Integration

Ongoing
Purpose & Goal The purpose of the SAI Project is to reduce redundant and inconsistent information about systems and their analysis across the multiple engineering disciplines involved. Redundant and inconsistent information exists between: Systems and analysis models: discipline-specific analysis

Systems Analysis Integration for Smart Manufacturing Operations

Completed
Objective: Develop methods and protocols to facilitate analysis of smart manufacturing operations, by enabling efficient integration of smart manufacturing systems models and engineering analysis models. Technical Idea: Smart manufacturing system operations are difficult to manage because

Systems Integration for Additive Manufacturing

Ongoing
Objective: Deliver an information systems architecture, including metrics, information models, and validation methods to shorten the design-to-product cycle time in additive manufacturing (AM). Technical Idea: AM adopters are increasingly facing many of the challenges faced by early computer-aided

U.S. TAG for ISO/TC276: Biotechnology

Ongoing
Get involved: Interested U.S. Stakeholders may participate in the US TAG at no cost. Membership provides access to all ISO/TC 276 and US TAG documents, including standards under development. Please click here to join. Contribute to standards development: Please click here to review, submit comment

Trustworthy Systems, Components, and Data for Smart Manufacturing Program

Completed
OBJECTIVE: To develop and deploy advances in measurement science, standards, and test methods that enable key dimensions of trust, including performance, reliability, and security, for smart manufacturing systems, components, and data. WHAT IS THE PROBLEM? Manufacturing continually evolves as

Wireless Systems for Industrial Environments

Completed
Objective: The Wireless Systems for Industrial Environments (WSIE) project will deliver comprehensive, measurement science-based guidelines in the selection, deployment, and optimization of the wireless technologies in specific manufacturing environments; and research that advances the state of
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