American Advanced Materials Congress

The American Advanced Materials Congress (AMC 2026) will cover, but is not limited to, the following subject areas:

• Advanced functional, engineering, and structural materials
• Energy materials for batteries, supercapacitors, hydrogen, and renewables
• Sustainable, green, and low-carbon materials
• Nanomaterials, nanotechnology, and nanoscale devices
• Smart, intelligent, adaptive, and responsive materials
• Biomaterials and materials for healthcare and medical applications
• Materials for electronics, photonics, optoelectronics, and sensors
• Computational materials science, AI-driven materials design, and digital materials engineering
• Advanced manufacturing, additive manufacturing, and materials processing
• Industrial materials, scale-up, and translational technologies
• Materials for climate action, environment, and circular economy
• Net-zero materials and carbon-neutral technologies
• Materials for energy storage, power systems, and grid integration
• Materials innovation for infrastructure and urban resilience
• Techno-economic analysis, life-cycle assessment, and sustainability evaluation of materials
• Data-driven modeling, simulation, and materials informatics
• Materials for AI, robotics, automation, and intelligent systems
• Pilot projects, scale-up strategies, and commercialization of advanced materials
• Materials innovation ecosystems, industry collaboration, and global partnerships

• Plenary and keynote lectures by internationally recognized leaders in advanced materials science, engineering, and sustainable technologies
• Thematic scientific and technical sessions covering functional, structural, energy, sustainable, and smart materials
• Oral and poster presentation sessions enabling high-level scientific exchange and interdisciplinary networking across academia and industry
• Energy materials and net-zero technology sessions addressing batteries, hydrogen, renewable energy systems, and energy storage solutions
• Materials for climate action and industrial decarbonization focusing on infrastructure, manufacturing, and circular economy applications
• Industry-focused sessions and technology showcases highlighting pilot projects, scale-up strategies, and commercialization pathways
• AI-driven materials design and digital manufacturing sessions exploring computational modeling, data-driven materials discovery, and intelligent systems
• IAAM Fellow Summit – 70th Assembly Sessions featuring strategic discussions on future materials, global collaboration, and sustainable innovation
• Young researcher and early-career sessions supporting the next generation of materials scientists, engineers, and innovators
• IAAM Fellow, Medal, Laureate, and Award Lectures recognizing outstanding contributions to advanced materials research and innovation

Promoting advanced materials for clean energy generation, energy storage, hydrogen systems, and low-carbon technologies to support reliable and sustainable energy solutions.

Supporting materials innovation for sustainable infrastructure, urban resilience, clean mobility, and climate-adaptive built environments.

Enabling materials-based solutions for decarbonization, emission reduction, and climate-resilient technologies aligned with global net-zero targets.

Over the past ten years, the American Advanced Materials Congress (AMC) has grown into a leading international platform advancing materials science, engineering, and technology across the Americas and globally. Since its inception, AMC has played a pivotal role in connecting academia, industry, and policy communities, fostering interdisciplinary collaboration and accelerating innovation in advanced materials.

Throughout the decade, AMC has supported the translation of fundamental materials research into real-world applications, enabling technological solutions for energy transition, industrial decarbonization, sustainable manufacturing, healthcare, and infrastructure resilience. By bringing together global experts, decision-makers, and innovators, the congress has helped bridge the gap between laboratory discovery and industrial deployment.

AMC’s impact extends beyond scientific exchange. The congress has actively contributed to global sustainability agendas, aligning materials innovation with the UN Sustainable Development Goals (SDGs 2030) and Net-Zero Goals 2050. Through strategic dialogue, high-level scientific sessions, and international cooperation, AMC has strengthened innovation ecosystems and promoted responsible, climate-positive technologies.

As AMC celebrates its 10th Anniversary in 2026, the congress reflects on a decade of excellence, collaboration, and progress—while setting a forward-looking vision for the next generation of advanced materials that will shape a sustainable, resilient, and technologically advanced future.