manufacturing

Ten states from across the country have been selected as part of a unique program designed to grow and strengthen their manufacturers. Over the course of the next year, interdisciplinary state teams will meet together in Washington, D.C., and separately in their home states, to develop and refine strategies impacting manufacturing industries.

A recent report from Georgetown University’s Center on Education and the Workforce (CEW) details the changes in manufacturing’s geographic concentration across the country between 1940 and 2016. Manufacturing was the largest source of employment in 15 states in 1940, concentrated in the Northeast and Midwest, and had grown to the largest source of employment in 18 states by 2000, concentrated in the Southeast and central states.

Sending a cautionary note and calling for a new initiative, a new report from MForesight takes a look at the challenges facing America’s leadership in advanced manufacturing. The short-term strategy of “invent here, make there,” has led to the erosion of domestic capabilities and has now become “invent there, manufacture there,” say the authors. They believe that reclaiming the country’s leadership in advanced manufacturing will be a complex and long-term undertaking — one that calls for a long-term government National Manufacturing Initiative.

Reshoring manufacturing companies claim to be able to innovate at increasing rates, but some cite challenges with hiring qualified workers and with the country’s regulatory and trade policy environment, according to a new report from Select USA, a national program led by the U.S. Department of Commerce focused on business investment. In Reinvesting in the USA: A Case Study of Reshoring and Expanding in the United States, authors from Select USA look at the experiences of six manufacturing companies that chose to reinvest in their U.S. operations, providing detail on what drove them to reshore, challenges and benefits to the move, and general lessons learned. They find that, although the reshoring process was more expensive and time consuming than the case companies expected, local partners such as economic development agencies provided valuable resources to make the process easier.

In a recent report focused on the impact of the small-scale manufacturing sector, the Urban Manufacturing Alliance (UMA) compiled what they say is a first-ever examination of what this emerging sector looks like and what may help charge its growth. They found an information gap on these businesses, as many of them combine design, art and production, and fall outside of data collection categories used to classify manufacturers.

Manufacturing growth is helping fuel one of the longest expansions in the U.S., steadily adding jobs since 2010, according to Economic Innovation Group’s (EIG) recent data brief, Manufacturing’s Real But Patchwork Rebound. While manufacturing job growth has risen over the past two years, the report notes that its growth was broad but uneven.

Federal and private R&D portfolios are investing heavily in designing and refining the key innovation components of the transition to cyber-physical systems of production: artificial intelligence, automation, IoT, advanced materials, and dynamic, decentralized decision making to name a few elements. There also is a fair amount of buzz about Industry 4.0 from the big manufacturing consultants and around industry trade shows.  Innovation and optimization, however, appear to be two very distant points on a continuum for both U.S.

The National Institute of Standards and Technology’s (NIST) Hollings Manufacturing Extension Partnership (MEP) Program generates a sizeable financial return on investment for the federal government, according to a recent study by the Michigan-based W.E. Upjohn Institute.

Eight U. S. senators introduced a bill last week, endorsed by SSTI and more than two dozen organizations, that would provide performing Manufacturing USA centers with a path for continued federal support, while also better-incorporating the centers into other manufacturing and innovation resources around the country.

Software plays an increasingly large role in private sector research and development (R&D) expenditures, according to new research from the National Science Foundation’s (NSF) National Center for Science and Engineering Statistics (NCSES) and the Bureau of Economic Analysis (BEA). Based on a recent change in how the BEA treats software R&D in its calculations for gross domestic product (GDP) and other metrics, the analysis finds that the share of business R&D coming from software increased from 20 percent in 2006 to 32 percent in 2016, a 60 percent increase. The authors also look at longer-term trends in business R&D expenditures on software, as well as an analysis of software R&D in manufacturing and non-manufacturing industries.