  The null geodesics and the distance of closest approach for photon around a
rotating dyonic black hole in $\mathcal{N} = 2, U(1)^2$ gauged supergravity is
studied. The phenomenon of black hole shadows with various black hole
parameters has also analyzed. Further, the investigation of various
thermodynamic properties for this black hole is performed with various
thermodynamic parameters at the horizon. The heat capacity to study the
thermodynamic stability of this black hole spacetime is also studied. The
influence for different values of the black hole parameters $ \nu $, $ e $, $
\nu $, $ g $ and $N_{g}$ on the phenomenon of black hole shadows and
thermodynamic parameters is also investigated visually.
