Theoretical and computational materials science utilizes a huge variety of methods, including sophisticated classical simulations, highly complex quantum-mechanical many-body techniques, and multi-scale modeling. The NOMAD Laboratory already maintains the largest repository worldwide for input and outpur files of computational materials science codes. FAIRmat Area C is tackling the following goals.

• Significant expansion of the NOMAD infrastructure and services, adding a much wider scope of methodologies.
• Processing advanced ab initio methodology, classical simulations, multi-scale modeling, and excitations.