Automation: The Only Path Forward for U.S. Manufacturing

Manufacturing is in the midst of a profound transformation. Outsourcing pressures and rapid automation adoption are reshaping production lines, while plant closures in Michigan and Ohio spark legitimate concerns about job security.

Moving Forward: No Return to the Past

Labor shortages are now a 17‑year high, according to the Federal Reserve Bank of St. Louis. Skilled workers are retiring faster than new talent is entering, forcing many companies to outsource or risk uncertainty.

Some firms have attempted to reverse this trend by offering incentives to bring low‑wage jobs back to the United States. Protectionist measures can provide short‑term relief, but the industry’s long‑term survival hinges on embracing automation.

The Problem With the Status Quo

Productivity growth has been slipping across most sectors. A Boston Consulting Group study found pharmaceutical productivity fell by a median of 2.8 % per year from 2011 to 2015, with electronics and capital equipment performing similarly. Outside automotive and consumer goods, the slowdown is even more pronounced.

Even modest productivity gains eventually hit a ceiling. Companies that have already invested in robotics and automation will outpace those still relying on manual labor.

Limited Workforce and Rising Trade Barriers

With trade tensions escalating, export markets will grow increasingly competitive. Only firms that can scale output efficiently and offer competitive pricing will survive—most of which will be the ones that have adopted automation.

China, for instance, expanded robot installations by 60 % in 2017 and aimed to add 100,000 new units annually by 2020, backed by government support. The United States must take automation seriously or risk ceding the edge.

Automation Must Move From Theory to Practice

To remain a global player, the U.S. manufacturing sector needs widespread, tangible automation deployment. This transition is essential for sustaining competitiveness.

Automation: The Key to a Brighter Future

Fully automated plants can triple output compared to facilities that rely on only a few automated systems. Machines work faster, beyond an eight‑hour shift, and can be upgraded without compromising quality. This drives lean manufacturing, reduces costs, and increases profits.

Automation does not spell a dystopian loss of all jobs. While some roles will evolve or disappear, new positions that demand human judgment, creativity, and oversight will emerge. Technicians will be needed to program, maintain, and supervise advanced systems.

Real‑World Success Stories

Matt Tyler, CEO of Vickers Engineering, attributes his company’s competitive advantage—and the creation of new jobs in Michigan—to automation. By outperforming rivals in Japan and Mexico, Vickers attracted more work, ultimately boosting local employment.

Manufacturing must adopt automation with the same urgency that NASA approached the space race. Proactivity is the only path to first‑mover advantage.

Getting Started: Practical Steps to Resolve the Manufacturing Conundrum

Transitioning from human‑led to machine‑run production is challenging but manageable. Below are actionable steps to accelerate automation adoption.

1. Reframe Every Challenge as an Automation Opportunity

Key variables—quality, yield, cycle time, productivity—must be evaluated through an automation lens. Leaders should train themselves to see automation as a solution, not an afterthought.

Sustainable Improvement Through Automation

Automation enhances profitability by improving speed, predictability, and quality, while reducing reliance on low‑cost labor. It also improves safety by removing humans from hazardous tasks and enables higher wages through increased margins.

Just as workforce diversity brings fresh perspectives, so does automation bring operational diversity. Ask: “How can we automate this process?”

2. Rethink Training Strategies

As automation reshapes roles, employees must be prepared to transition into new functions. Manufacturing USA Institutes, supported by government funding, develop curricula that align with the latest technological advances.

Keep Talent Engaged

Invest in training that moves employees from routine tasks to roles that manage and maintain automated systems. Provide tuition assistance or in‑house programs to keep your workforce relevant.

“World‑class supply chains rely on automation,” Tyler says. “Even mid‑ and small‑market suppliers can achieve cost, delivery, and quality excellence through robotics. With capital and training support, we can stimulate local economic development.”

The Ultimate Goal: New Opportunities

Without proper training, automation could exacerbate labor shortages. Equipping workers for high‑value roles ensures a resilient workforce.

3. Collaborate With the Education Sector

Universities are fertile grounds for innovation. Partnerships between industry and academia can accelerate R&D and produce a pipeline of talent skilled in automation.

Lawrence Technological University launched an accelerator to help small manufacturers achieve sustainability and growth. Lake Michigan College built a state‑of‑the‑art advanced manufacturing facility with significant local business investment, exposing students to modern manufacturing careers.

Business schools will bring fresh insights, while engineering departments can solve real‑world problems. The Ohio State University, for example, partnered with over 200 manufacturers, driving 17 % of the state’s GDP.

Automation can simultaneously advance industry progress and create a sustainable path that benefits businesses, employees, and customers. Tariffs and tax incentives may slow the bleeding, but only aggressive investment in automation will halt America’s manufacturing decline.

Automation is essential for attracting talent and winning new customers. It’s time to follow leaders like Vickers Engineering and step boldly into this new era.