Smart Manufacturing & The Connected Workforce Summit

The Smart Manufacturing and the Connected Workforce Summit brings together global manufacturing leaders to explore how intelligent technologies and empowered workforces are transforming the factory of the future.

As Industry 4.0 evolves towards Industry 5.0, manufacturers are moving beyond automation and connected machinery towards human-centric, AI-powered, resilient, and digitally enabled operations. The next stage of manufacturing transformation will depend not only on advanced technologies, but also on how effectively organizations equip their people with the skills, tools, data, and digital capabilities needed to operate and innovate in increasingly intelligent factories.

Across two days of high-impact discussions, the summit will examine how AI, robotics, automation, digital twins, IIoT, private 5G, cloud platforms, advanced analytics, and connected-worker technologies are reshaping production, maintenance, quality, engineering, safety, and supply chain operations.

The summit will also address the human side of transformation, including workforce upskilling, digital skills, frontline worker empowerment, human-machine collaboration, knowledge transfer, and attracting and retaining talent in an increasingly digital manufacturing environment.

From the smart factory to the connected worker, the summit will explore how manufacturers can create more intelligent, productive, resilient, and human-centric operations while delivering measurable business value.

WHO ARE THE SMART MANUFACTURING AND CONNECTED WORKFORCE SUMMIT SPEAKERS?

The Smart Manufacturing and Connected Workforce Summit brings together C-suite executives, manufacturing and operations leaders, plant managers, engineering and automation specialists, digital transformation leaders, technology experts, HR and workforce leaders, supply chain professionals, and industrial technology innovators.

The speaker community provides practical insights into how leading manufacturers are implementing AI, automation, robotics, digital twins, industrial connectivity, advanced analytics, smart maintenance, and connected-worker technologies, while simultaneously developing the people and capabilities required to support these transformations.

✦ Industry 4.0 to Industry 5.0: The Human-Centric Digital Revolution

Explore how manufacturing is evolving from automation-focused Industry 4.0 toward more human-centric, sustainable, resilient, and intelligent Industry 5.0 operating models.

✦ AI, Data & Industrial Intelligence

Discover how AI, machine learning, and industrial data can improve decision-making, production efficiency, forecasting, quality, and operational performance.

✦ Smart Factories & Connected Ecosystems

Explore how IoT, connected equipment, cloud platforms, and integrated industrial systems are creating intelligent manufacturing environments.

✦ Digital Twins, Simulation & Virtual Manufacturing

Learn how digital twins and advanced simulation can help manufacturers optimize processes, test scenarios, improve product development, and reduce operational risks.

✦ Automation, Robotics & Human-Machine Collaboration

Examine the next generation of industrial automation and robotics and how humans and intelligent machines can work together to improve productivity, safety, and flexibility.

✦ Smart Maintenance & Asset Intelligence

Explore predictive maintenance, condition monitoring, AI-driven asset management, and real-time insights designed to improve equipment reliability and reduce downtime.

✦ Quality 4.0 & Zero-Defect Manufacturing

Discover how AI, automation, analytics, and connected quality systems can help manufacturers identify defects earlier, improve consistency, and move toward zero-defect production.

✦ Industrial Connectivity & Private 5G

Explore how private 5G, industrial IoT, edge computing, and advanced connectivity are enabling faster, more reliable communication across modern manufacturing environments.

✦ Operational Resilience & Supply Chain Intelligence

Examine how manufacturers can use real-time data, analytics, and intelligent supply chain technologies to improve visibility, manage disruption, and build more resilient operations.

✦ Sustainability, Energy & Circular Manufacturing

Explore strategies for reducing energy consumption, minimizing waste, improving resource efficiency, and integrating circular economy principles into manufacturing operations.

✦ Workforce Transformation & Digital Skills

Understand how organizations can develop the skills, talent, and human-machine collaboration capabilities required for the future of intelligent manufacturing.

✦ Advanced Manufacturing & Additive Innovation

Explore emerging manufacturing technologies, including additive manufacturing, advanced materials, and innovative production techniques that can enable greater flexibility and accelerate product innovation.