Universal Robots Applied Automation Training at Kettering University Prepares Future Experts

[Erkan Teskancan]

Kettering University has developed a collaborative program that brings together education and industry, aiming to prepare students for meaningful and impactful careers.

In today's rapidly changing manufacturing and engineering world, there is a growing demand for graduates who possess not only technological knowledge but also application skills. STEM-focused Kettering University offers its students real-time laboratory experience with modern automation systems using an experiential learning model.

### The Importance of Applied Learning

As the industrial sector adopts advanced automation technologies, employers expect students to have practical experience in areas such as logic programming, robotics, system integration, and troubleshooting. Kettering University aims to equip its students with these skills through both coursework and work experience. This ensures a transition from theory to solving real-world problems in the field.

### Setting Up a Real Automation Cell in the Classroom

The university, in collaboration with Patti Engineering and technology partners, designed a two-station robotic cell that mirrors a modern production environment. This cell, with its modular, upgradeable, and interactive structure, provides students with the opportunity to experiment with real industrial components. A complete automation process is simulated through interdisciplinary integration of robots, PLCs, HMIs, vision systems, and conveyor mechanics.

### A Learning Tool That Grows With Students

This robotic cell allows students to freely modify program codes, troubleshoot errors, and observe live reactions. This approach reinforces critical skills such as technical thinking, resilience, and self-confidence.

### A Step Towards a Career

For students, such applications play a significant role in understanding real-world automation systems and gaining a competitive advantage in the job market. Employers prefer candidates with practical experience, which enables students to adapt quickly to their jobs after graduation.

### Suggestions for Getting Started

• Start with simple automation kits or PLC training sets.
• Collaborate with local industry for support.
• Provide open-ended laboratory tasks, allowing students to develop different solutions.
• Connect with alumni and professionals to share real career experiences.
• Start small and increase capacity as the program develops.

Kettering University's project demonstrates how education and industry can unite with a common goal to train students as future automation experts. Applied learning reinforces engineering knowledge with concrete experiences, supporting career success.