Production, functionalization, and performance of nanomaterials: nanoparticles, nanotubes, and 2D nanostructures for application in construction;

Investigation of the internal structure and properties of construction materials at the nanoscale and the relation of these parameters to performance at the macroscale;

Instrumentation, techniques, and metrology for nanoscale investigation;

Nanomodification of composite materials, including functional films and nano-coatings;

Nano-assembly and “bottom-up” design;

Modeling and simulation from nano to macro;

Nanotechnology for high-trength, high-performance, and ultra-highperformance applications;

Nanotechnology for fiber-reinforced composites;

Nanomaterials for the ultimate enhancement of durability;

Biomimetic, nanocomposite, and metamaterials;

Self-repairing and self-healing applications;

Smart and intelligent infrastructure materials, including nanosensors for real-time monitoring of structural health in buildings;

Photocatalysis, air-purifying, and self-cleaning applications;

Nanomaterials for digital construction and 3D printing;

Nanotechnology and nanomaterials for low carbon footprint and netnegative infrastructure;

Nanotechnology for energy harvesting and renewable energy;

Nanotechnology-enabled green materials and by-product utilizatione for new levels of sustainability;

Field application of nanomaterials and nanoengineered construction materials;

Health, safety, and environmental effects related to the application of nanomaterials.