Here, we turn our attention specifically to computational methods for the description of amorphous MOFs. While we refer the reader to Ref. 6 for a full review, we can summarize the current state of the art by stating that four classes of methods have been used to build atomistic models of amorphous MOFs: (i) the application of inverse problem methods using constraints from available experimental data, in particular from X-ray or neutron-scattering experiments, in methods like Reverse Monte Carlo; (ii) solving the same inverse problem proach; (iii) mimicking the experimental melt-quench process in silico, through the use of ab initio molecular dynamics; (iv) following the same process with reactive force fields, such as ReaxFF. Most of these methods rely on a description of the molecular interactions in the system.