Closing the Manufacturing Skills Gap Starts with Connecting Industry and Education
How FANUC, CWI, Micron and Industry Partners Are Building the Advanced Manufacturing Workforce
Manufacturers are investing in robotics, automation, digital technologies, and increasingly sophisticated production systems. But technology alone cannot increase manufacturing capacity.
Someone still has to install it, program it, operate it, troubleshoot it, maintain it, and find better ways to use it.
That makes workforce development one of the most important pieces of the advanced manufacturing puzzle.
At FANUC's Aligning Skills Between Industry & Education event at the College of Western Idaho (CWI), educators, employers, technology providers, and workforce development leaders came together to discuss how those groups can work more closely to prepare the next generation of manufacturing professionals.
The Skills Gap Isn't Just an Industry Problem
Manufacturers frequently talk about the difficulty of finding skilled employees.
But solving that challenge cannot begin when a company posts an open position.
It has to begin much earlier.
Schools need to understand where manufacturing technology is headed. Instructors need access to relevant equipment and professional development. Students need opportunities to work with real industrial systems. Employers need ways to communicate the skills they expect new hires to bring with them.
When those pieces operate independently, gaps can develop between what students learn and what employers need.
When they work together, technical education becomes part of the workforce pipeline.
Students Need Experience with Real Manufacturing Technology
Walking into a modern manufacturing facility can mean encountering industrial robots, collaborative robots, CNC machines, PLCs, sensors, machine vision, automated material handling, and interconnected production systems.
Students benefit from seeing and working with those technologies before their first day on the job.
That's one reason industry-standard equipment is so important in technical education.
During the event at CWI, participants explored technologies used in advanced manufacturing, including FANUC industrial robots, collaborative robots, CNC technologies, machine vision, and automation applications.
The goal isn't simply to teach students how to operate one particular machine.
It's to develop transferable skills.
Students working with automation learn how mechanical systems, electrical systems, programming, controls, safety, troubleshooting, and manufacturing processes interact. They learn to approach equipment systematically and solve problems rather than simply following a sequence of instructions.
Those abilities remain valuable even as technology changes.
Employers Have an Important Role in the Classroom
Industry participation also gives educators something that's difficult to get from a textbook: a clear view of what's actually happening on the manufacturing floor.
Employers can help answer practical questions such as:
- What skills are becoming more important?
- Where are new employees struggling?
- Which technologies are being adopted?
- What should an entry-level technician understand?
- Which skills separate a qualified candidate from someone who still requires significant training?
That information helps instructors continually refine programs and better align technical education with current workforce needs.
For employers, those partnerships create an opportunity to help shape stronger talent pipelines while giving students greater visibility into real career opportunities.
Automation Is Creating a Broader Need for Technical Skills
Robotics education is sometimes viewed primarily as training future robot programmers.
The opportunity is much larger.
Automated manufacturing environments require people in a wide variety of roles, including:
- Automation and robotics technicians
- Maintenance technicians
- CNC programmers and operators
- Controls technicians
- Manufacturing engineers
- Mechatronics technicians
- System integrators
- Machine vision specialists
- Production and process technicians
Even employees who never program a robot may need to understand automated equipment well enough to operate it safely, diagnose problems, communicate with maintenance teams, or improve the process around it.
That means automation literacy is becoming an increasingly valuable part of technical education.
Strong Workforce Pipelines Are Built Locally
One of the strongest messages from the event at CWI is that there is no single organization capable of solving the manufacturing workforce challenge.
Technology companies provide expertise and industry-standard tools.
Educators develop learning experiences.
Employers identify workforce needs and create career opportunities.
Workforce development organizations help connect those pieces.
And students ultimately transform those opportunities into careers.
Events such as Aligning Skills Between Industry & Education give those groups an opportunity to have the same conversation at the same table.
That's where meaningful workforce development begins.
Preparing the Next Generation
The technology inside manufacturing facilities will continue to evolve.
Artificial intelligence, machine vision, collaborative automation, connected systems, advanced CNC equipment, and robotics will create new possibilities — and new expectations for the people working alongside them.
Education can't simply react after those changes occur.
By strengthening partnerships between schools, manufacturers, technology providers, and workforce development organizations today, we can give students practical experience with the systems shaping tomorrow's workplace.
And when students enter that workplace already familiar with industrial technology, everyone benefits.
See Industry and Education Working Together
Watch the video to hear perspectives from the College of Western Idaho, FANUC America, Micron Technology, X-Cal, and other organizations working to strengthen the advanced manufacturing workforce.
Interested in expanding robotics, CNC, automation, or advanced manufacturing education at your school?
