Although reshoring initiatives have slowed over the past two years, a recent survey from global management firm Kearney suggests that U.S. manufacturers are poised to change that trend in a big way.
Some 92 percent of executives “express positive sentiments toward reshoring,” and many have begun moving operations out of low-cost countries back to the United States, the survey found.
There’s just one problem: Despite higher pay, ongoing training efforts, and pushback against public perceptions that machining and metalworking are in decline, there aren’t enough workers to go around.
A Deloitte Insights study from May of last year noted that the U.S. Bureau of Labor Statistics reported more than 500,000 open manufacturing positions at any time during the previous six months. The same study estimated the figure would reach 2.1 million jobs by 2030.
Working to Fill Tomorrow’s Jobs Today
The industry is scrambling to fill those slots. The Manufacturing Institute, a 501(c)(3) workforce development and education partner of the National Association of Manufacturers, is hosting its annual Manufacturing Day on Friday, Oct. 7, encouraging “thousands of companies and educational institutions around the nation to open their doors to students, parents, teachers, and community leaders.”
At the Society of Manufacturing Engineers, another nonprofit organization working to address the workforce shortage and skills gap, Chief Workforce Development Officer Jeannine Kunz suggests that manufacturers of all sizes must prioritize and plan now for how they will attract and retain their future workforce.
“These steps are critical to sustaining business as manufacturing enters the next industrial revolution,” she says.
Kunz says the organization and its training and development division, Tooling U-SME, have been partnering for years with educational and community-based organizations as well as local workforce entities, infusing its industry-based curriculum, training programs, and certifications into schools and communities to build the talent pipeline.
Its classes and interactive virtual training labs cover topics such as additive manufacturing, robotics and automation, digital twin and digital thread, inspection, maintenance and quality, allowing students to practice skills in a safe virtual 3D world and achieve a higher level of competency.
She encourages manufacturers to collaborate with their local community colleges and high schools, manufacturing extension partnership (MEP) offices, and industry associations like the Society of Manufacturing Engineers to assist with recruiting skilled talent and developing programs that promote career advancement and necessary skills for new technology implementation.
On new technologies related to Industry 4.0 and Smart Manufacturing, her organization is teaming with National Institute of Standards and Technology-sponsored Manufacturing USA Innovation Institutes to provide new education and training programs for industrial workers to adapt to the evolving factory, Kunz says.
Designing for Career Success
“In the design and manufacturing industry, digital transformation has led to the creation of new jobs and opportunities,” says Simon Leigh, senior manager of design and manufacturing education strategy at Autodesk. “The problem is that the existing workforce isn’t yet equipped with the skills necessary for these emerging roles. We only expect this gap to widen in the next decade as the workforce struggles to keep up with further technological advances.”
To help address the manufacturing industry’s labor shortage, Autodesk focuses its education efforts on helping the next generation grow into the highly skilled workers who are so critically needed, he adds.
Learners interested in pursuing a career in design and manufacturing can access Autodesk’s free education plan, which gives eligible students and educators access to the full professional versions of Autodesk software together with learning content.
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