  In this work, we explore an extension of the Standard Model designed to
elucidate the fermion mass hierarchy, account for the dark matter relic
abundance, and explain the observed matter-antimatter asymmetry in the
universe. Beyond the Standard Model particle content, our model introduces
additional scalars and fermions. Notably, the light active neutrinos and the
first two generations of charged fermions acquire masses at the one-loop level.
The model accommodates successful low-scale leptogenesis, permitting the mass
of the decaying heavy right-handed neutrino to be as low as 10 TeV. We conduct
a detailed analysis of the dark matter phenomenology and explore various
interesting phenomenological implications. These include charged lepton flavor
violation, muon and electron anomalous magnetic moments, constraints arising
from electroweak precision observables, and implications for collider
experiments.
