Today, their role is expanding rapidly as manufacturers adopt more advanced technologies and integrate automation across entire production systems.

Automation professionals are not just maintaining equipment — they are building and refining increasingly complex environments that combine robotics, machine vision and data-driven decision-making.

For example, engineers are working to bridge simulation and real-world production using AI-driven robotics and digital twin technology. 

Automation professionals are also advancing human-robot collaboration, developing systems that allow workers and robots to safely handle large, complex components in demanding production environments.

These systems are already being deployed at scale. At GE Appliances, a fully automated line integrates robotics, machine vision and end-to-end traceability to improve throughput and quality.

Automation professionals are also redefining how humans and machines safely share space on the plant floor, developing systems that combine real-time sensing, AI processing and neuromorphic computing to monitor movement and slow or stop robots in milliseconds when workers enter shared spaces.

At the same time, automation professionals are helping build the next generation of talent by bringing real-world systems into the classroom, enabling students to build, troubleshoot and maintain the types of equipment used in modern manufacturing.

ISA is encouraging professionals across industries to share their experiences as part of this year’s observance, highlighting both the technical and human impact of automation.

As manufacturing continues to evolve, the role of automation professionals will only grow in importance — bridging the gap between advanced technology and real-world production.