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Eco-Design Principles: Integrating Sustainability from Product Development to End of Life
As regulatory pressure intensifies and consumer expectations evolve, sustainable design is becoming a core requirement across the electronics value chain. Yet beyond compliance and environmental responsibility, eco-design is increasingly proving to be a driver of economic value — reducing lifecycle costs, improving asset longevity, and strengthening supply resilience.
This panel explores how eco-design principles can be embedded from the earliest stages of product development and carried through repair, reuse, refurbishment, and end-of-life pathways. By designing products with reparability, modularity, and material efficiency in mind, companies can drive customer loyalty and satisfaction, unlock secondary-market value, reduce carbon-related costs, and benefit from more predictable and circular supply chains.
Bringing together leaders in product sustainability, circular engineering, and advanced repair operations, the discussion will examine the practical levers that make circularity profitable in real-world electronics: modular architectures, traceable materials, repair-first service models, scalable reverse logistics, and lifecycle intelligence informing design decisions.
Participants will share insights from across the ecosystem — OEM sustainability leadership, service-center deep-repair expertise, user-centric circular design, and system-level engineering — highlighting what it takes to build electronics designed not only to work, but to be maintained, recovered, and economically optimized throughout their lifecycle.
This panel explores how eco-design principles can be embedded from the earliest stages of product development and carried through repair, reuse, refurbishment, and end-of-life pathways. By designing products with reparability, modularity, and material efficiency in mind, companies can drive customer loyalty and satisfaction, unlock secondary-market value, reduce carbon-related costs, and benefit from more predictable and circular supply chains.
Bringing together leaders in product sustainability, circular engineering, and advanced repair operations, the discussion will examine the practical levers that make circularity profitable in real-world electronics: modular architectures, traceable materials, repair-first service models, scalable reverse logistics, and lifecycle intelligence informing design decisions.
Participants will share insights from across the ecosystem — OEM sustainability leadership, service-center deep-repair expertise, user-centric circular design, and system-level engineering — highlighting what it takes to build electronics designed not only to work, but to be maintained, recovered, and economically optimized throughout their lifecycle.
