  Under the assumption of hierarchical right-handed neutrino masses, masses of
right-handed neutrinos must be larger than $10^8$ GeV in the standard thermal
leptogenesis scenario, while the mass can be reduced to around 5 TeV in a
neutrinophilic two Higgs doublet model. On the other hand, resonant
leptogenesis can work with the masses of TeV-scale. However, necessary
degeneracy between the lightest and the second lightest right-handed neutrino
masses means unnatural fine-tuning of the order of $10^9$. In this paper, we
will investigate the resonant leptogenesis scenario in a neutrinophilic two
Higgs doublet model. We will find the mass can be reduced to 2 TeV and the
degeneracy becomes much milder as of the order of $10^4$. We will also show
that degenerate mass spectrum of active neutrinos is disfavored in this setup.
