The primary objective of this work is to optimize MECI structures on surrogate surfaces derived from DFT/MRCI(2) potential energy surfaces. To this end, the DFT/MRCI (2) method was employed to compute single point electronic energies in the vicinity of seams of conical intersection. Previous work has shown the (approximate) DFT/MRCI(2) approach to furnish excitation energies in near-quantitative agreement with the parent DFT/MRCI method. The density fitted cc-pVDZ basis set was used in all cases as implemented in the PySCF package, and 3 roots were computed for all the molecules studied. The initial, guess reference space was generated using the previously discussed AutoRAS procedure. The General Reference Configuration Interaction (GRaCI) package was used for all DFT/MRCI(2) computations, where the DFT portion of the calculation was computed using PySCF. For comparison, the MECIs and corresponding branching spaces were also determined was used for all ab initio MRCI computations. All optimized structures are provided as Supplementary Information in zip files.