  Quantum imaging enhances imaging systems performance, potentially surpassing
fundamental limits such as noise and resolution. However, these schemes have
limitations and are still a long way from replacing classical techniques.
Therefore, there is a strong focus on improving the practicality of quantum
imaging methods, with the goal of finding real-world applications. With this in
mind, in this tutorial we describe how the concepts of classical light shaping
can be applied to imaging schemes based on entangled photon pairs. We detail
two basic experimental configurations in which a spatial light modulator is
used to shape the spatial correlations of a photon pair state and highlight the
key differences between this and classical shaping. We then showcase two recent
examples that expand on these concepts to perform aberration and scattering
correction with photon pairs. We include specific details on the key steps of
these experiments, with the goal that this can be used as a guide for building
photon-pair-based imaging and shaping experiments.
