  Singularities are common features of general relativity black holes. However,
within general relativity, one can construct black holes that present no
singularities. These regular black hole solutions can be achieved by, for
instance, relaxing one of the energy conditions on the stress energy tensor
sourcing the black hole. Some regular black hole solutions were found in the
context of non-linear electrodynamics, the Bardeen black hole being the first
one proposed. In this paper, we consider a planar massless scalar wave
scattered by a Bardeen black hole. We compare the scattering cross section
computed using a partial-wave description with the classical geodesic
scattering of a stream of null geodesics, as well as with the semi-classical
glory approximation. We obtain that, for some values of the corresponding black
hole charge, the scattering cross section of a Bardeen black hole has a similar
interference pattern of a Reissner-Nordstr\"om black hole.
