  We study the transport properties of junctions of normal and superconducting
Weyl semi-metal with tilted dispersion, in the presence of magnetization
induced by magnetic strips. The sub gap tunnelling conductance shows robust
signatures in the presence of different orientation and strength of
magnetization of the magnetic strips. We obtain the analytical results for the
normal-magnetic-superconducting junction in the thin barrier limit and
demonstrate that these results have no analogues to their conventional
counterparts and junctions with Dirac electrons in two-dimensions. We discuss
possible experimental setups to test our theoretical predictions.
