  Amid the uncertainty regarding the fundamental nature of neutrinos, we adhere
to the Dirac one, and construct a model in the light of $\Delta(27)$ symmetry.
The model is enriched by an additional $Z_{10}$ symmetry, to eliminate the
possibility of the Majorana mass terms. The neutrino mass matrix exhibits four
texture zeroes, and the associated mixing scheme aligns with the experimental
data, notably controlled by a single parameter. In addition, the model
emphasizes on the \emph{standard parametrization} of the lepton mixing matrix,
which is crucial in the light of model building and neutrino physics
experiments
