WMF 2026 Panels
This Year's Panels
Greater Resilience and Competitiveness by Steering Supply Chains and Manufacturing Systems in New Directions
Recent global disruptions, including geopolitical tensions, climate-related events, resource shortages, and rapid technological change, have exposed vulnerabilities in manufacturing systems and supply chains worldwide. These challenges have highlighted the need to move beyond traditional efficiency-driven operating models towards more resilient, adaptive, and competitive manufacturing ecosystems capable of responding effectively to uncertainty and volatility. This panel will explore how manufacturers can effectively steer the redesign of supply chains and manufacturing systems for the next generation of industrial competitiveness. Discussions will examine emerging strategies for enhancing resilience, such as supply chain diversification, regionalisation and nearshoring, and digital integration across value networks. This panel will identify practical and action-oriented pathways for building manufacturing systems and supply chains that are not only more robust against disruption but also better positioned to thrive in an increasingly complex and interconnected global economy.
Sustainable Manufacturing Course Adjustment for Regulatory and Consumer Mandates
Manufacturing industries worldwide are facing increasing pressure to accelerate their sustainability transitions. Regulatory frameworks are becoming more stringent, requiring greater transparency, reduced emissions, improved resource efficiency, and compliance with Environmental, Social, and Governance (ESG) standards. At the same time, consumers are demanding products that are not only high quality and affordable but also ethically produced, environmentally responsible, and aligned with circular economy principles. This panel will focus on how manufacturers are adapting their strategies, operations, and business models to meet these regulatory and market expectations while maintaining profitability, resilience, and global competitiveness. Discussions will cover approaches such as carbon reporting, product traceability, sustainable sourcing, waste reduction, and extended producer responsibility. This panel will demonstrate how sustainability can move beyond compliance to become a driver of innovation, value creation, and long-term industrial competitiveness.
Strengthen Workforce Anticipation of Rapid Technological Shifts and Skills Need Storms
The accelerating pace of technological change is transforming manufacturing industries at an unprecedented rate. Emerging technologies are creating new opportunities for productivity, innovation, and sustainability. These technological developments are rapidly reshaping workforce requirements, creating urgent challenges related to skills shortages, talent development, workforce adaptability, and lifelong learning. This panel will examine how to strengthen the anticipation among workers of a rapidly evolving manufacturing technology landscape. Discussions will address emerging skills needed to thrive in advanced manufacturing environments, from basic digital literacy to the ability to work effectively alongside increasingly intelligent technologies. This panel will discuss innovative and agile approaches for reskilling and upskilling existing employees, attracting new talent of all age groups into manufacturing careers, and workforce development initiatives that are inclusive and accessible across different regions, generations, and demographic groups.
Enterprise Wearable Devices & Human-Centred Technologies: Massive-Scaling of Workforce Augmentation for Productivity and Well-Being
As manufacturing systems become inherently digital, connected, and intelligent, the role of technology is evolving from automating work to augmenting human capabilities. In the context of Industry 5.0, enterprise wearable devices and human-centred technologies such as smart glasses, exoskeletons, biometric sensors, smart watches, connected personal protective equipment, and augmented reality systems are emerging as powerful tools to enhance workforce performance, safety, well-being, and inclusion while supporting organisational productivity and resilience. This panel will cover how these modern devices and technologies are transforming the way workers interact with emerging smart manufacturing environments and conduct work within them. Discussions will report on how these human-empowering tools can support real-time decision-making, adaptive work instructions, skills development, and occupational health and safety for workers. This panel will identify best practices and opportunities for workforce augmentation in the factories of the present and the near future.
Industrial Data Analytics, Digital Twins & Simulation-Led Processes: Towards Proactive Operations Management
Manufacturers are increasingly seeking to move beyond reactive and even predictive approaches towards truly proactive operations management. The growing availability of industrial data, combined with advances in digital twins, simulation technologies, and advanced analytics, is creating unprecedented opportunities to anticipate disruptions, optimise performance, and support more informed decision-making across manufacturing systems and supply chains. This panel will explore how the integration of real-time data streams, machine learning models, and advanced simulation platforms can create adaptive systems capable of responding proactively to changing operative and market conditions and emerging risks. Discussions will address the critical success factors for the development of such proactive, adaptive systems for leveraging industrial data to enhance operational agility, efficiency, and resilience. Challenges such as transparency, decision-making, and ownership will also be discussed. This panel will showcase how simulation-lead, data-driven operations management can become a cornerstone of resilient, intelligent, and future-ready manufacturing enterprises.
Blue Oceans Beyond Chatbots: Agentic AI as an Autonomous Value Creation Technology
Artificial Intelligence (AI) is rapidly evolving beyond conversational interfaces and content generation tools. A new generation of AI systems, often referred to as “Agentic AI”, is emerging with the ability to autonomously perceive, reason, plan, make decisions, and execute complex tasks in pursuit of defined objectives. For manufacturers, this evolution represents a significant shift from AI as a support tool to AI as an active participant in value creation. This panel will address the transformative potential of Agentic AI across manufacturing and industrial ecosystems. Discussions will examine how autonomous AI agents can support and optimise functions such as production planning, supply chain coordination, maintenance management, quality assurance, energy optimisation, workforce assistance, and decision support. Furthermore, this panel will consider how networks of specialised AI agents can collaborate with humans and smart machines to create more adaptive, responsive, and intelligent operations. This panel will highlight how the use of Agentic AI can move beyond productivity gains to become a strategic enabler of innovation and competitive advantage in the next generation of manufacturing systems.
Physical AI & Humanoid Robotics: The Next Horizon for Human-Robot Collaboration
A new generation of intelligent physical systems capable of perceiving, reasoning, learning, and acting in complex real-world manufacturing environments is emerging. Commonly referred to as “Physical AI”, these systems are accelerating the development of technologies such as humanoid robots and other autonomous mobile systems designed to operate alongside humans in dynamic industrial settings. This panel will investigate how Physical AI and particularly humanoid robotics are reshaping manufacturing operations and redefining the relationship between humans and machines on the shop floor. Discussions will focus on emerging applications in material handling, assembly, logistics, inspection, maintenance, and other tasks that require adaptability, mobility, and interaction within human-centred work environments. This panel will address opportunities and challenges for deploying Physical AI solutions that can unlock new levels of productivity, resilience, and innovation in the factories of the future while improving the uptime and reliability of current systems.
