Find out more about NTMA Events
Published

Event Connects High School Girls to Women in Manufacturing

As companies project a future with more manufacturing jobs than candidates to fill them, some are partnering with organizations to recruit students from a traditionally untapped market.

Share

With concern growing about a lack of skilled workers to fill open manufacturing jobs in the coming years, some companies are looking specifically to women to fill the gaps. According to Bureau of Labor Statistics data, women account for 47 percent of total employment, but just 27 percent of manufacturing employment. “Women are overlooking these jobs, and these jobs are overlooking women,” says Debby Coombs, director of industry partnerships at Partners for a Competitive Workforce (PCW), a Cincinnati, Ohio-based organization that works to fulfill local workforce needs in industries including advanced manufacturing.

To address this issue, PCW partnered with GE Aviation to host a Women Leaders in Manufacturing Summit event for high school girls, which was attended by more than 130 students from 20 area high schools. Participants had the opportunity to ask questions during a panel discussion with GE Aviation employees and participate in smaller, round-table conversations with female employees of GE. Presentations and demonstrations of additive manufacturing and robotics gave the students a look at the technology with which they could be working. Alicia Hammersmith, general manager of materials value stream at GE Aviation’s supply chain division, also gave a keynote address about her experience as a woman in manufacturing over the course of her 25-year career.

This year’s event was based on a similar event GE Aviation’s Lauren Tubesing and Malissa Gallini spearheaded last year. The previous event, which focused more broadly on women and leadership, was the result of their efforts within the GE Women’s Network, a group that connects women within the company, to connect with female students interested in science, technology, engineering and math (STEM). Before that, the two had been organizing small-scale events at area high schools. “Both of us wished, when we were in high school, that we could have engaged with women in the workforce,” Ms. Gallini says. “Thinking about it early makes you a leader.”

According to Ms. Gallini, the decision to join with PCW for the event was a natural one. “We have similar missions,” she says. Sean Kelley, the director of PCW’s talent pipeline initiative, notes that the organization initially focused on adult workforce needs. But about four years ago, the organization realized that employers’ needs were so great that it needed to reach out to school-aged kids. Now it connects school districts to career-based learning opportunities via programs that focus on changing the perception of manufacturing. The organization also hosts an event for students in junior high in addition to the one for high schoolers.

According to PCW’s Director Janice Urbanik, a push to get women into engineering occurred in the 1980s. She was a beneficiary of this movement and worked as a mechanical engineer at GE. Eventually, she moved into workforce development, where she noticed that a lot of women had left the field.

Retaining women who enter these fields will be a key to making change stick. Ms. Hammersmith says that she feels fortunate that GE has been willing to work with her, but that women should be aware of their constraints and ask for the flexibility they need (in terms of schedule, location, etc.). As more women advance to the top of the field, they will be able to serve as role models and advocates for other women. Many of the leaders to whom Ms. Hammersmith credits her success were diverse. She says these managers “pulled her up” to new positions, even when she did not feel ready. She adds that lack of self-confidence often causes women to feel hesitant or cautious about taking big career steps.

There is reason to have hope about the self-confidence of the next generation. Princeton High School Senior Counselor Christina Grabel brought seven students to the event based on teacher recommendations. According to her, efforts to increase the number of students in STEM classes have been successful. She adds that girls are no longer intimidated by these subjects, and they even use this perception as a motivator. “I just don’t see those confidence issues anymore,” she says. “They’re out to prove a point.”

NTMA
Become a NTMA member today!
Gardner Business Media, Inc.
Koma Precision
SolidCAM
DNS Financial Services America
EZ Access - Have it all with Ez - Mazak
World Machine Tool Survey
DN Solutions
Universal Homepage Package W4900 Indicator
BIMU 2024
Discover a variety of the best CNC machines

Related Content

Die/Mold

In Moldmaking, Mantle Process Addresses Lead Time and Talent Pool

A new process delivered through what looks like a standard machining center promises to streamline machining of injection mold cores and cavities and even answer the declining availability of toolmakers.

Read More

Solve Worker Shortages With ACE Workforce Development

The America’s Cutting Edge (ACE) program is addressing the current shortage in trained and available workers by offering no-cost online and in-person training opportunities in CNC machining and metrology.

Read More
CAD/CAM

The Power of Practical Demonstrations and Projects

Practical work has served Bridgerland Technical College both in preparing its current students for manufacturing jobs and in appealing to new generations of potential machinists.

Read More

Can Connecting ERP to Machine Tool Monitoring Address the Workforce Challenge?

It can if RFID tags are added. Here is how this startup sees a local Internet of Things aiding CNC machine shops.

Read More

Read Next

Encountering Surface Finishes in the Everyday World

Surface measurement is becoming increasingly important to ensure proper performance of a manufactured product. Advanced surface measurement tools are not only beneficial in the manufacturing industry but also have unconventional applications.

Read More

3 Mistakes That Cause CNC Programs to Fail

Despite enhancements to manufacturing technology, there are still issues today that can cause programs to fail. These failures can cause lost time, scrapped parts, damaged machines and even injured operators.

Read More
Micromachining

A History of Precision: The Invention and Evolution of Swiss-Style Machining

In the late 1800s, a new technology — Swiss-type machines — emerged to serve Switzerland’s growing watchmaking industry. Today, Swiss-machined parts are ubiquitous, and there’s a good reason for that: No other machining technology can produce tiny, complex components more efficiently or at higher quality.

Read More
Find out more about NTMA Events