NIMS Partnering with Festo to Develop Industry 4.0 Skill Credentials
“We are hopeful to have the standards identified and the training program in place by the end of 2019,” says Montez King, executive director of NIMS.
The National Institute for Metalworking Skills (NIMS), in partnership with Festo Didactic, is developing skills standards and credentials for jobs involving manufacturing digitalization and Industrial Internet of Things (IIoT) technologies. The partnership will combine NIMS’s credentialing and training resources with Festo’s Industry 4.0 Learning Factories, courseware and e-learning integration.
“This is an exciting development for manufacturers and educators, as it directly addresses both the data-driven revolution happening in manufacturing today and the skills gap,” says Montez King, executive director of NIMS. “There are so many interdependent functions and abilities surrounding Industry 4.0. This effort will help to bring clarity to the proficiencies required, train people extremely well and validate their expertise.”
Among the first tasks to be accomplished is to conduct research to discover and verify exactly what competencies should be. Then, the training protocols and credentials will be created. “We are hopeful to have the standards identified and the training program in place by the end of 2019,” Mr. King says.
Thomas Lichtenberger, CEO of Festo Didactic says, “As the production line becomes ‘smarter’ — collecting data to change processes and create efficiencies — workers and students will be expected to adapt in the same way. Bringing NIMS, Festo, and other industry partners together, we look forward to a collaboration that leads to world-class industry standards and learning systems.”
During the development of the new skills standards, NIMS will ascertain which credentials in its existing programs support various Industry 4.0 functions and determine new credentials for development. The training outcome is to provide employees in or entering a manufacturing workplace with an understanding of Industry 4.0 concepts and impart certifiable skills as companies increasingly adopt automation and data gathering and management functions in their manufacturing operations.
Introduced at IMTS 2008, this communications protocol for CNC machines and other manufacturing equipment is already helping shops and plants implement effective machine monitoring systems. Although these "early adopters" are motivated by the long-term promise of enterprise-wide efficiency gains, their experience with pilot projects shows that benefits derived in the short term are substantial and worthwhile.
Having fully interactive access to shopfloor control software enables supervisors at metal finishing and repair job shop to monitor shop activities and make better decisions on the spot.
Cutting tool manufacturers have worked together to create a generic tool catalog format that helps link cutting tool information with applications supporting data-driven manufacturing.