Given a complex input, Architector first identifies the metal core, coordination number and ligand SMILIES. The metal symmetry is determined by referring to a predefined geometry table derived from CSD molecular symmetries. Ligand type, denticity and the corresponding ligand bite angle are assigned from a built-in ligand library of 27 ligand geometries. The mapping between ligands and an identified geometry is then automatically performed and redundant binding site mappings due to identical ligands are removed. For ligand generation, Architector uses DG to constrain the distance of atoms in the pre-optimized ligand. The final output is a list of conformers energetically ranked by GFN2-xTB. Results indicate that Architector generates structures lower in energy than the CSD complexes.