= 5.02 TeV

Heavy-ion collisions at ultrarrelativistic speeds are performed due to their ability to form QGP. The creation of this primordial matter not tightly bound into hadrons, provides a useful insight on the properties of matter. The aim of this work is to present a software developed to study  the jet-quenching of b-jets in heavy-ion collisions utilising Monte Carlo simulations of the ATLAS detector. This software validates that the simulations generated using Pythia 8.2 with parton distribution functions (PDFs) NNPDF23LO and GEANT 4, has the correct data contents and prepares an event display visualising  the b-jets, c-jets and l-jets. Finally, comparisons between the behavior of b- and c-jets respective to l-jets are shown and discussed.