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MfgTech Roadmap - Revitalizing Traditional Industries

Innovations within traditional industries help ensure they remain globally competitive. The roadmaps listed below will forecast approaches to supplement labor needs and ways to manufacture faster, more cost-effectively, and with fewer materials than traditional methods. They will explore transitioning toward 3D printing, prefabrication, modular construction, digital designs, and the use of artificial intelligence to investigate new materials.

 

TitleLead Organization
AI-Enhanced Multimodal Sensing of Materials and Process for Complete Product of Lifecycle PerformanceCase Western Reserve University
Iron and Steel Manufacturing: Revolutionizing U.S. Global Leadership for a Sustainable Industrial Supply ChainAssociation for Iron & Steel Technology
Advanced Technologies for Digitalization of Construction IndustryAmerican Society for Testing and Materials
Roadmap for Accelerating Production of Large Structures and SystemsEdison Welding Institute, Inc.

 

AI-Enhanced Multimodal Sensing of Materials and Process for Complete Product of Lifecycle Performance

Leading Organization:Partners:
Case Western Reserve University (OH)
  • ASTM International (PA)
  • CESMII (CA)
  • Rolls Royce (IN)
  • Rockwell Automation (WI)
  • Full List

Publication Date: January 2024

Accomplishments:

  • Established a plan to develop multimodal sensing and AI/ML-driven closed-loop control capabilities and data insights to help manufacturers improve full product lifecycle performance.
  • Found four goals: integrate multimodal data over multiple timescales, capture domain insights from materials science and manufacturing, develop feedback strategies over multiple timescales, and develop core technologies necessary to achieve the vision.
  • Found three core focus areas across the product lifecycle: sensing, data acquisition, and data management, applications of AI/ML and data analytics, and comprehensive integration of data and AI/ML insights.

For more information, visit: https://case.edu/issacs/programs/nist-manufacturing-technology-roadmapping

Iron and Steel Manufacturing: Revolutionizing U.S. Global Leadership for a Sustainable Industrial Supply Chain

OAM - Iron and Steel Manufacturing

Leading Organization:

Partners:

Association for Iron & Steel Technology (PA)

  • ArcelorMittal N.A. (IL)
  • Cleveland-Cliffs Inc. (OH)
  • Nucor (NC)
  • Midrex (NC)
  • Full List

Publication Date: July 2025

Accomplishments:

  • Identified three cross-cutting themes needed in revolutionizing iron and steel manufacturing: 1) smart manufacturing, 2) infrastructure, facilities, and tools, and 3) education and workforce.
  • Identified four industry sectors and described the iron and steelmaking process and their carbon intensities.
  • Aimed to identify an economically viable pathway to achieve a net-zero-emission iron and steel industry by 2050.  

Advanced Technologies for Digitalization of Construction Industry

OAM - ASTM International

Leading Organization:

Partners:

American Society for Testing and Materials (PA)

  • International Code Council (DC)
  • Construction Specialization Institute (VA)
  • American Concrete Institute (MI)
  • Full List

Publication Date: September 2023

Accomplishments:

  • For the past decades, the construction sector has grown in profitability, but not productivity. To address this gap, eight advanced technologies with the potential to benefit the construction sector were found: additive manufacturing, robotics and automation, big data, internet of things, artificial intelligence, simulation, augmented reality, and cybersecurity.
  • When the eight advanced technologies are added to traditional construction, six key application areas in digital construction will be enabled: sustainable buildings, smart infrastructure, mass housing, disaster response, operation resilience, and construction in space.
  • Eight priority challenges to digitalization were identified and sorted into the following topics: standards and codes, data and integration, technological advancement, economics and business models, and education, workforce, and awareness. Each challenge has priority actions for success.

For more information, visit: https://amcoe.org/advanced-technologies-for-digitalization-of-construction-industry

Roadmap for Accelerating Production of Large Structures and Systems

OAM - Large Structure Production 4.0

Leading Organization:

Partners:

Edison Welding Institute, Inc. (OH)

  • Ohio State University (OH)
  • BWX Technologies (VA)
  • GE Additive (OH)
  • Lockheed Martin (MD)
  • Full List

Publication Date: August 2024

Accomplishments:

  • Created a consortium of the leading US materials, additive manufacturing, forming, joining, cold spray, automation, and robotics organizations.
  • Conducted focus groups in Ohio, Florida, Illinois, and New York communities to identify gaps and data to key industrial sectors.
  • Identified priorities that if addressed, could reduce waste, scrap, and rework, as well as increase productivity of joining and forming operations. 

For more information, visit: https://ewi.org/introducing-a-u-s-roadmap-to-accelerate-production-of-large-structures-and-systems/

Created August 9, 2022, Updated September 26, 2025
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