The conversation happened during a football tailgate, not in a boardroom. Andrea Scarpari, President and CEO of Salvagnini America, spent a weekend with clients watching the Cincinnati Bengals lose while strengthening bonds that transcended transactional business relationships. That moment captures something essential about manufacturing’s evolution that spreadsheets and quarterly reports miss entirely.
Manufacturing technology advancement isn’t only about smarter machines or faster production cycles. It’s fundamentally about human capital, educational infrastructure, and fostering relationships that encourage innovation. Scarpari’s perspective, shaped by 14 years at Salvagnini and seven leading its American operations, reveals a manufacturing sector grappling with workforce transformation while automation reshapes shop floors across North America.
The engineer-turned-executive didn’t plan a manufacturing career. Graduating with a structural engineering degree in Vicenza, Italy, Scarpari initially envisioned construction projects. Instead, Salvagnini Italia offered him project management involving travel, customer engagement, and dynamic problem-solving. He accepted, fell for the technology, and eventually relocated to Hamilton, Ohio, where Salvagnini America has operated since 1988. His trajectory illustrates how manufacturing careers often begin unexpectedly but captivate through technological sophistication.
Scarpari’s central argument challenges conventional workforce development thinking. Manufacturers struggle finding qualified workers not because talent shortages exist, but because they offer uninspiring jobs. Repetitive, physically demanding, boring work repels younger generations seeking intellectual engagement. According to research from the Manufacturing Institute, approximately 77 percent of manufacturers report moderate to serious workforce shortages, yet many continue designing roles around outdated operational models.
The solution involves reimagining fabrication work itself. Rather than hiring four machine operators performing repetitive tasks, Scarpari advocates employing one highly skilled programmer managing automated systems while optimizing processes. This approach elevates human contribution from manual execution to strategic oversight. Workers program machines, troubleshoot complex problems, refine manufacturing workflows, and drive productivity improvements. Such roles demand critical thinking, technical competency, and continuous learning—precisely what attracts ambitious talent.
This philosophy aligns with broader industry trends documented by McKinsey Global Institute research indicating automation will eliminate certain job categories while creating demand for technical, cognitive, and social-emotional skills. Metal fabrication exemplifies this shift. Panel benders, laser cutters, and automated press brakes require operators who understand programming languages, design for manufacturing principles, and process optimization strategies. These positions offer intellectual stimulation absent from traditional shop floor work.
Salvagnini’s hiring practices reflect this evolution. The company recently hired its first female installation technician, recognizing physical demands have diminished as automation advances. Jobs once requiring brute strength now emphasize technical knowledge, problem-solving ability, and customer interaction. This broadens candidate pools and challenges industry stereotypes depicting manufacturing as exclusively male-dominated manual labor.
Employee retention presented another challenge Scarpari addressed creatively. Installation and startup technicians frequently traveled, spending weeks away from home. High turnover resulted from burnout and family strain. Rather than accepting this as inevitable, Salvagnini reduced travel time up to 75 percent, allowing technicians extended home periods between assignments. Payroll costs increased because additional personnel were needed, but turnover plummeted. The hidden costs of employee churn—recruitment expenses, training investments, project disruptions, institutional knowledge loss—far exceeded marginal salary increases.
Scarpari also abandoned external recruiters in favor of dedicated internal talent acquisition specialists. These employees deeply understand Salvagnini’s culture, values, and operational nuances. They communicate authentically with candidates about company ethos beyond compensation packages. Experienced professionals evaluate potential employers holistically, assessing cultural fit, growth opportunities, and organizational values. Internal recruiters articulate these dimensions more effectively than third-party agencies incentivized primarily by placement fees.
The workforce conversation inevitably leads to education. Scarpari expressed concern about America’s engineering pipeline compared to China’s output. Fortune magazine reported China graduates approximately 1.3 million engineers annually versus 130,000 in the United States. Adjusted per capita, China produces three times more engineers than America. This disparity threatens long-term competitiveness in advanced manufacturing sectors where engineering talent drives innovation.
Trade schools deserve celebration for revitalizing skilled trades, but Scarpari emphasizes STEM careers remain equally critical. Manufacturing needs technicians operating equipment and engineers designing next-generation automation systems. Without robust engineering talent pipelines, American manufacturers risk depending on foreign innovation rather than developing proprietary technologies. Universities like MIT and Stanford continue producing world-class engineers, yet aggregate numbers lag global competitors.
Salvagnini partners with regional educational institutions including University of Cincinnati, Xavier University, and Miami University. These collaborations provide internship opportunities, expose students to real-world manufacturing challenges, and create recruitment pipelines for graduating engineers. Miami University and Bachelor Tech recently launched an advanced manufacturing hub, signaling academic recognition of industry transformation. Such initiatives bridge theoretical education and practical application.
Community engagement extends beyond universities. Salvagnini supports Lakota Robotics, a student organization building competitive robots. The company fabricates metal components for student designs while employees mentor participants. Scarpari described these interactions as mutually rewarding. Students gain hands-on experience with industrial equipment, learn design for manufacturability principles, and develop programming skills. Salvagnini employees enjoy mentoring bright young minds while contributing meaningfully to their community. These relationships cultivate future engineers already familiar with Salvagnini’s technology and organizational culture.
Customer relationships also benefit from community-building beyond transactional interactions. Salvagnini’s training showroom in Cincinnati serves as a technical resource where clients explore automated solutions, but deeper bonds form through informal engagement. That Bengals tailgate created rapport impossible through email exchanges or quarterly business reviews. Scarpari advocates for more face-to-face interactions where relationships deepen organically.
Technology training itself has evolved. A decade ago, customers requested basic operator instruction—which buttons to press, which sequences to follow. Today, clients seek consultative partnerships. They want Salvagnini experts analyzing their entire workflow, identifying bottlenecks, recommending process improvements, and teaching design for manufacturing principles. This shift reflects manufacturing’s increasing complexity and customers’ recognition that equipment represents one component within broader operational ecosystems.
Artificial intelligence dominates contemporary technology discourse, yet Scarpari remains cautiously optimistic about its manufacturing applications. He acknowledges AI’s transformative potential while noting implementation remains nascent in heavy equipment sectors. Service industries and software development deploy AI extensively, but metal fabrication lags behind. Salvagnini explores specific use cases, including searchable repositories of previously studied panel designs. Engineers could query internal systems asking whether colleagues already solved similar geometric challenges, avoiding redundant work and accelerating project timelines.
Coding acceleration represents another AI application. Programmers leverage existing libraries rather than writing software from scratch, focusing effort on machine-specific customization. This improves efficiency without replacing human expertise. Scarpari emphasized AI should augment human capability, not eliminate jobs. The goal involves freeing workers from tedious tasks so they tackle complex problems requiring creativity and judgment.
However, Scarpari expressed data security concerns. Inputting proprietary information into AI systems raises questions about where that data goes and who accesses it. Until transparency improves, he advocates cautious adoption. Salvagnini America launched an initiative encouraging employees to propose AI applications within their roles. Management committed resources to test promising ideas, accepting some experiments will fail. Innovation requires tolerating uncertainty and learning from unsuccessful attempts.
Looking forward five to ten years, Scarpari anticipates expanding application domains for panel bending technology. Machines now achieve precision and versatility unimaginable a decade ago. Markets previously inaccessible to automated bending—due to complexity, material constraints, or geometric limitations—become feasible as technology advances. This expansion creates opportunities for manufacturers to improve efficiency, reduce costs, and enhance product quality.
The intersection of automation, workforce development, and educational investment defines manufacturing’s trajectory. Companies offering intellectually engaging work, competitive compensation, and supportive cultures will attract talent others cannot. Educational institutions emphasizing STEM competencies will supply the engineering talent American manufacturers need to maintain global competitiveness. Technology partners like Salvagnini will continue innovating, but customer input must guide research and development priorities.
Scarpari’s leadership philosophy combines operational pragmatism with genuine human connection. Whether mentoring high school robotics students, tailgating with customers, or restructuring technician schedules to improve work-life balance, his approach recognizes manufacturing success depends on people as much as machines. Technology enables possibility, but human ingenuity, creativity, and relationships transform potential into reality.
The Bengals may have lost that game, but the relationships forged during that tailgate represent victories far more enduring than any scoreboard. Manufacturing’s future will be built by leaders who understand that truth.
