Manufacturing Engineering & Technology
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SME (previously the Society of Manufacturing Engineers) is a non-profit student and professional association for educating and advancing the manufacturing industry in North America. SME was founded in January 1932 at the height of the Great Depression. Originally named the Society of Tool Engineers, and renamed the American Society of Tool Engineers one year later, it was formed by a group of 33 engineers and mechanics gathered at the Detroit College of Applied Science. By April of that year, just four months after its beginning, membership increased from the original 33 members to 200 members and continued to grow rapidly with new chapters popping up across the country. As the economic troubles of the 1930s pushed the world ever-closer to war, Society members responded by helping to convert America's industries into the primary military supplier for the Allied war effort, or what President Roosevelt referred to as the "arsenal of democracy." The organization also tailored their educational materials to meet the needs of the defense program and established the Emergency Defense Training Committee. Between 1941 and the end of the war in 1945, Society membership more than doubled, rising from 8,700 to nearly 18,000 members Source
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| Scope | Trade/B2B |
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| Language | English |
| Country | United States of America |
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| Frequency | Monthly |
Recent Articles
Search ArticlesManufacturing Resiliency
Welcome to the September issue of Manufacturing Engineering & Technology (MET). As autumn approaches and manufacturers finalize preparations for IMTS (Sept. 14-19), the industry’s resiliency continues to shine amid a new wave of hurdles and ongoing economic uncertainties. This includes the latest round of tariffs enacted by the Trump administration in late July that impose 10% to 12.5% duties on goods from more than 60 countries.
A Common Language for Skills: Strengthening America's Advanced Manufacturing Workforce
The Manufacturing USA Competency Framework’s building blocks include 13 core competencies based on the Department of Labor Advanced Manufacturing framework. (Provided by NIST) The United States has no shortage of ambition when it comes to advanced manufacturing, but one of its biggest workforce challenges isn't simply a shortage of workers. It's that employers, educators and job seekers often describe the same skills using different language.
Why Standards Are the Missing Link in Industrial AI
Sure, AI gets the lion's share of the headlines these days. But in manufacturing, the real breakthroughs often begin somewhere far less flashy: standards. Consider a recent effort from the National Institute of Standards and Technology (NIST), which has developed a research-grade textile reference material designed to improve the identification of fabric fibers. On the surface, it sounds like a technical advancement for recyclers.
AI Is Scary
It was a Friday night in late September 1980. I’d just cashed my first paycheck from a small machine shop in the Minneapolis suburbs. At $4.50 an hour, I felt like a millionaire, eager to show my new girlfriend the big wad of cash in my pocket. My future father-in-law opened the door. “She’s in her room,” he said with a scowl.
How AI Is Bridging the Industrial Generational Divide
Global manufacturing faces unprecedented disruption. Between volatile supply chains, surging material costs and fierce global competition, operating margins are tighter than ever. But the most profound challenge lies squarely on the shop floor: a fundamental shift in labor. We are witnessing a silent, mass exodus of retiring workers taking decades of undocumented expertise with them out the doors. However, framing this merely as a labor shortage misses the bigger picture.
More Than a Student Chapter: Building a Manufacturing Community Through SME
One of the most rewarding moments in education is not watching a student earn an A on an exam or complete a successful project. It is watching them learn to believe in themselves and their belonging. As the faculty advisor of SME Student Chapter S282 at California State University, Fullerton (CSUF), and chair of SME Chapter 233 in Orange County/Inland Empire, I’ve had the opportunity to watch that transformation happen many times.
Shaping the Next Era of Manufacturing with Reshoring
U.S. industrial revitalization will require sustained investment in workforce training and advanced technologies to build new collar skills and strengthen global competitiveness. It also depends on rebuilding a full manufacturing ecosystem—from raw materials to finished goods—supported by suppliers and intermediaries at every stage.
MET August Previews IMTS 2026
Welcome to the August 2026 issue of Manufacturing Engineering & Technology (MET), which previews the upcoming International Manufacturing Technology Show (IMTS) in Chicago (Sept. 14-19). Dubbed the “largest manufacturing show in the Western Hemisphere,” the six-day event spans more than 1.2 million sq ft and is expected to draw 90,000 visitors. As always, SME will have a major presence at the event.
Manufacturers Are Ahead of the Curve in AI Readiness
Navigating the hype around industrial AI can overwhelm some manufacturers. It’s hard to determine where tangible value exists or, for those on the fence about AI adoption, how to get started. It also takes a concerted effort to equip an existing workforce with new skills needed to work with AI-enabled systems. But, despite those challenges, there is some good news.
EOS Consultant on Finding Your True North in Manufacturing
The first time I held a metal part fresh off a laser powder bed fusion build, I felt the same excitement many young engineers feel when a new technology works as promised. The geometry was there and the build was completed. But I also felt uneasiness. In manufacturing, visual success does not guarantee functional reliability. A part is only valuable if it can be trusted—repeatedly, under real conditions, by people whose names you may never know.