Session A : Measuring to Enable Action

• Life Cycle Assessment (LCA) tailored to microelectronics
• Alternative sustainability metrics beyond carbon footprint
• Impact modeling across supply chains
• Standardization, labels, and reference frameworks

Session B : Rethink Design at the Source

• Frugal electronics and energy-aware architectures
• Substitution and sustainable materials engineering
• Design for repair, reusability, or reconditioning
• “appropriate-tech” approaches for specific applications
• Software and open source software

Session C : Improve the Footprint of the Process Chain

• Low-impact fabrication techniques (lower temperature, energy, water, gas usage)
• Cleaner chemical processes and precursor reduction
• Sustainable packaging and encapsulation methods
• Circular practices inside the cleanroom
• Obsolescence and software obsolescence

Session D : Close the Loop

• Design for disassembly and recyclability
• High-efficiency recycling and material separation techniques
• Wafer/component/material reuse and recovery
• Local reuse and refurbishment loops

Session E : Scale and Systemic Change

• New supply chains and potential for re-localization
• Embedding sustainability and circularity into business models
• Law and regulations, ethics, dissemination of knowledge
• Gouvernance, geopolitics

Session F : Educate and Mobilize

• Sustainability in engineering and technical training
• Green lab practices and student-led initiatives
• Cross-dialogue with civil society, designers, and artists
• Consumer behavior