Guill - World Leader in Extrusion Tooling
Published

New Report Details Aging of Manufacturing Workforce

Study from Manufacturing Institute also reveals best practices by companies that are meeting the challenge head on.

Share

I had a wide variety of topics from which to choose as I sat down to write this column: the “greening” of K 2019 (coverage beginning on p. 36); the new boss at the Plastics Industry Association (PLASTICS), on p. 8; the decision of Coke and Pepsi to withdraw their membership from PLASTICS; the upcoming Manufacturing Day; and a few other things. Since some of those items are covered elsewhere is this issue, I decided to tackle another critical and timely subject: Workforce Development.

A piece of research hit my email box recently from the National Association of Manufacturers. Titled Aging of the Manufacturing Workforce: Challenges and Best Practices, the study concluded that attracting and retaining a quality workforce is one of the top challenges facing the manufacturing industry. As of 2017, the survey noted, nearly one-quarter of the manufacturing workforce is age 55 or older. Kind of scary. The Institute’s Center for Manufacturing Research collaborated with Keybridge Research for this study, which was funded by a grant from the Alfred P. Sloan Foundation.

The good news is that manufacturers have responded to the challenge in a variety of ways, including boosting recruitment efforts, adopting new technologies and taking steps to retain and maximize the productivity of their older workers (see p. 16 for an article on how one injection molder is dealing with the problem).

Key findings of the report include:

 •  Most manufacturing firms are both aware of and concerned about the aging of the manufacturing workforce. Almost all (97%) survey respondents report being aware of the issue, and the vast majority (78%) indicate that they are very concerned or somewhat concerned about this change.

 •  Manufacturing firms are particularly concerned about brain drain (loss of institutional and technical knowledge): 97% of firms express at least some concern about brain drain and almost half of firms indicate that they are “very concerned” about the issue. Survey results also show that many firms are concerned about a shortage of labor, declining productivity, and rising costs.

 •  Firms across the manufacturing sector are taking steps to mitigate the impact of the aging workforce on their business. Almost 90% of companies surveyed reported capitalizing on the talents and experiences of their older workers, and of these, 46% report benefiting from older workers “to a great extent.”

 •  Results from the survey and information collected during interviews with manufacturing firms show that those who have successfully dealt with the aging of their workforce target four main objectives, each of which can be achieved through a suite of underlying best practices.

Those four main objectives are:

 1.  Early Awareness

      •  Create open communication channels.

      •  Bring up retirement with employees as retirement age nears.

      •  Ensure that employees feel valued and secure.

 2.   Knowledge Transfer

      •  Establish and strengthen mentorship and apprenticeship programs.

      •  Collect and archive older workers' knowledge using centralized electronic records.

      •  Hire older workers with needed knowledge.

 3.   Retention and Productivity Maximization

      •  Make ergonomic adjustments and use robotics.

      •  Allow workers to transfer to another position internally.

      •  Adapt to workers' needs with flexible hours or phased retirement.

      •  Encourage workers to return part-time or through project contracting.

 4.   Boost Recruitment

      •  Incorporate older workers into recruitment efforts.

      •  Use referrals from older workers.

You can go themanufacturinginstitute.org and download the entire report. Click on Research on the top navigation bar, then select The Aging of the Manufacturing Workforce from the dropdown menu.

New Tinius Olsen VectorExtensometer testing
Vacuum conveying powders to extruders compounding
Shuttle Mold System
Konica Minolta
mold, mould track, digital tracking, molding
Maguire Ultra
Plastics Recycling Latam
Blending Revolution
structural foam molding chemical foaming agents
AM Workshop
Insert molding automation
RoyAlloy Stainless Mold Base Steel

Related Content

Extrusion

The Importance of Viscosity in Melting

The calculations required to determine the right melt temperature for each polymer are complicated. Knowing the power-law coefficient and the consistency index of the polymer you run might prove useful.  

Read More
Extrusion

Troubleshooting Screw and Barrel Wear in Extrusion

Extruder screws and barrels will wear over time. If you are seeing a  reduction in specific rate and higher discharge temperatures, wear is the likely culprit.   

Read More
Extrusion

How to Estimate and Control Head Pressure

You rightfully worry about melt temperature, but don’t overlook head pressure, because the two are closely linked and will influence line performance.

Read More

Understanding Melting in Single-Screw Extruders

You can better visualize the melting process by “flipping” the observation point so that the barrel appears to be turning clockwise around a stationary screw.

Read More

Read Next

Extrusion Know How

How Polymer Melts in Single-Screw Extruders

Understanding how polymer melts in a single-screw extruder could help you optimize your screw design to eliminate defect-causing solid polymer fragments.  

Read More
sustainability

Advanced Recycling: Beyond Pyrolysis

Consumer-product brand owners increasingly see advanced chemical recycling as a necessary complement to mechanical recycling if they are to meet ambitious goals for a circular economy in the next decade. Dozens of technology providers are developing new technologies to overcome the limitations of existing pyrolysis methods and to commercialize various alternative approaches to chemical recycling of plastics.

Read More
Windmoeller