NIMS Presents National Skill Standards for Review
The organization is requesting feedback from industry professionals on proposed standards.
The National Institute for Metalworking Skills (NIMS) has presented the first draft of its National Skill Standards to support the development of a world-class industrial maintenance and mechatronics workforce. The proposed standards are intended to serve as a foundation for industry-certified skill training and help employers identify qualified talent. The organization is pursuing international review of the standards before formal publication to ensure that they meet industry needs. Industry professionals can register here to review the standards and offer feedback.
NIMS worked with Ivy Tech Community College, employers and educators to develop the National Skills Standards, which describe the knowledge, skills and abilities in which proficiency would be required for credentials. During the year-long development process, the organization conducted a series of national review sessions and interviews with employers and employees in order to document and validate the basic requirements for the majority of skilled positions within the industrial maintenance and mechatronics industries.
Related Content
-
Finding Skilled Labor Through Partnerships and Benefits
To combat the skilled labor shortage, this Top Shops honoree turned to partnerships and unique benefits to attract talented workers.
-
How I Made It: Amy Skrzypczak, CNC Machinist, Westminster Tool
At just 28 years old, Amy Skrzypczak is already logging her ninth year as a CNC machinist. While during high school Skrzypczak may not have guessed that she’d soon be running an electrical discharge machining (EDM) department, after attending her local community college she found a home among the “misfits” at Westminster Tool. Today, she oversees the company’s wire EDM operations and feels grateful to have avoided more well-worn career paths.
-
Workholding Fixtures Save Over 4,500 Hours of Labor Annually
All World Machinery Supply designs each fixture to minimize the number of operations, resulting in reduced handling and idle spindle time.