A passion for computing and technology doesn't have to mean working in Silicon Valley or coding in a coffee shop. In an increasingly data-driven world, technological competencies could make job-seekers an asset in nearly every sector of manufacturing and industry. Imagine using artificial intelligence to scan for faulty welds in critical equipment, increasing safety and profits at the same time. Predictive maintenance software could indicate when assembly machines will break before they fail, increasing efficiency and lowering costs. An analytical review of a company's shipping logistics could reveal bottlenecks and waste, creating opportunities to streamline processes and reduce emissions.
The University of Michigan-Flint's smart manufacturing and automation program equips students to enter the workforce through hands-on learning, expert faculty dedicated to student success and world-class laboratories and equipment. Offered by UM-Flint's College of Innovation & Technology, students learn alongside motivated peers who share their curiosity and drive to make the world a better, smarter, more connected place.
What is Smart Manufacturing and Automation?
Smart manufacturing and automation encompass a broad range of innovative technologies and practices designed to make factories more efficient and flexible. Key components include Internet of Things connectivity, data analytics, AI-driven decision-making and robotics, all of which work together to collect, analyze and act on real-time data. This integration enables factories to identify inefficiencies, predict maintenance needs and adapt quickly to market changes.
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