  In the present work, recently available experimental data for different bands
of $^{67}$As [Phys. Rev. C {\bf 98}, 024313 (2018)] have been interpreted
within the framework of the shell model in full $f_{5/2}pg_{9/2}$ model space
using JUN45 and jj44b effective interactions. The variation of $E$ - $E_{rot}$
energy versus spin for different bands is shown to obtain useful information
about band termination. We have also reported the electromagnetic transition
probabilities, quadrupole and magnetic moments of $^{67}$As. Except for some
tentative high-spin states, the results are in good agreement with the
available experimental data.The states $29/2^+$-$45/2^+$ are described by three
particles in $g_{9/2}$, while $47/2^+$ and $51/2^+$ states are described by
five particles in $g_{9/2}$. The shell model results corresponding to nine
tentative states such as $41/2_1^+$ and $45/2_1^+$ in band-1b; $41/2_2^+$ and
$45/2_2^+$ in band-1a; $43/2_2^+$, $47/2_2^+$ and $51/2_1^+$ in band-2a;
$43/2_1^+$ and $47/2_1^+$ in band-2b are reported and discussed.
