  We investigate the lepton flavor violation (LFV) in the inert scalar model
with higher representations. We generalize the inert doublet model with right
handed neutrino by using higher scalar and fermion representation of
$SU(2)_{L}$. As the generalized model and the inert doublet model have the same
parameter space, we compare the rates of $\mu\rightarrow e\gamma$,
$\mu\rightarrow ee\overline{e}$ and $\mu-e$ conversion in nuclei in the doublet
and its immediate extension, the quartet model. We show that the corresponding
rates are larger in the case of higher representation compared to the Inert
doublet for the same region of parameter space. This implies that such extended
models are more constrained by current LFV bounds and will have better
prospects in future experiments.
