Manufacturing Day 2025: Inspiring Next-Generation Industrial Automation Talent

The Raymond Corporation continues its commitment to manufacturing education through annual Manufacturing Day events. This initiative addresses critical workforce shortages in industrial automation sectors. Students gain exposure to modern manufacturing technologies and career pathways. According to the Manufacturing Institute, 2.1 million manufacturing jobs may go unfilled by 2030.

Manufacturing Day Event Overview and Objectives

Raymond Corporation hosts its eleventh annual Manufacturing Day celebration. The event welcomes high school students and educational professionals. Participants experience modern manufacturing environments firsthand. The program aims to inspire career consideration in industrial fields. Furthermore, it demonstrates advanced automation technologies in practical applications.

Educational Program Structure and Activities

The Manufacturing Day agenda includes comprehensive learning experiences. Students engage with industry professionals and technology demonstrations. Key event components include:

• Operations leadership presentations
• Associate experience sharing sessions
• Interactive technology demonstrations
• Manufacturing facility tours
• Career pathway discussions

Industry Leadership Perspectives

Ryan DeLaney, VP of Operations, emphasizes workforce development needs. Manufacturing requires talented and creative professionals continually. The supply chain sector faces significant workforce challenges. Therefore, early career exposure becomes increasingly important. Industry events help students visualize manufacturing careers.

Technology Demonstrations and Automation Focus

Raymond showcases advanced material handling technologies during events. Students observe automated systems and control technologies. These demonstrations include:

• Automated guided vehicle systems
• Intelligent intralogistics solutions
• Industrial IoT applications
• PLC and DCS control systems
• Energy management technologies

Workforce Development Challenges and Solutions

Manufacturing faces significant talent acquisition challenges. The skills gap affects automation and control system positions. PLCDCSHUB analysis indicates particular shortages in:

• PLC programming and maintenance
• Industrial network management
• Automation system integration
• Control system engineering
• Predictive maintenance specialists

Educational Partnerships and Industry Collaboration

Manufacturing Day represents broader industry educational initiatives. Companies partner with educational institutions systematically. These collaborations address long-term workforce requirements. Apprenticeship programs provide practical experience opportunities. Internship positions transition students into industrial careers.

Future Manufacturing Technology Trends

Industrial automation continues evolving with emerging technologies. MarketsandMarkets predicts the industrial automation market will reach $306 billion by 2027. Key growth areas include:

• Artificial intelligence in control systems
• Advanced robotics integration
• Digital twin technology implementation
• Industrial IoT expansion
• Sustainable manufacturing practices

Career Opportunities in Industrial Automation

Modern manufacturing offers diverse professional pathways. Control system engineers design automation architectures. PLC programmers develop machine control logic. Maintenance technicians ensure system reliability. These positions require specific technical skills and problem-solving abilities.

PLCDCSHUB Industry Insights and Recommendations

Manufacturing companies should implement comprehensive workforce strategies:

• Develop educational partnership programs
• Create internship and apprenticeship opportunities
• Participate in industry outreach events
• Invest in employee training programs
• Showcase advanced technology applications

Exploring industrial automation career opportunities or solutions? Discover comprehensive resources and industry insights at PLCDCSHUB.

Frequently Asked Questions

What technical skills are most valuable for modern manufacturing careers?
PLC programming, industrial networking, and robotics operation skills remain highly valuable. Understanding control systems and automation architecture proves equally important. Data analysis and problem-solving capabilities complement technical knowledge effectively.

How can students prepare for industrial automation careers during high school?
Mathematics and physics courses provide essential foundations. Technical education programs offer practical skills development. Robotics clubs and engineering competitions build relevant experience. Manufacturing Day events expose students to industry environments and career possibilities.

What manufacturing sectors show strongest growth for automation professionals?
Electric vehicle manufacturing, pharmaceutical production, and food processing demonstrate significant growth. Logistics and warehouse automation sectors continue expanding rapidly. Renewable energy installation and maintenance present emerging opportunities for skilled technicians.