  Despite the immense success of the Standard Model, the hunt for physics
beyond the Standard Model has continued. Extension of the SM gauge group or the
particle content of the SM remains a viable solution to many observed
anomalies, such as the anomalous magnetic moment of muon, flavor violation,
dark matter, etc. In this work, we consider a BSM model which includes a
leptoquark, a vector-like lepton, and a real scalar singlet. The model accounts
for a dark matter candidate through a $\mathbb{Z}_2$ symmetry in addition to
predicting the muon $(g-2)$ in agreement with the experimental measurement. We
also show that the experimental measurements of the lepton flavor violation are
satisfied in a wide range of parameter space. The viable parameter space of the
model is used to study the collider signatures arising from the pair production
of the leptoquark in the $2\mu+2b+MET$ channel at the 14 TeV LHC run.
