  In the context of the Minimal Supersymmetric extension of the Standard Model,
we study the production of Higgs bosons at the Large Hadron Collider via
cascade decays of scalar quarks and gluinos. We focus on the cascades involving
heavier charginos and neutralinos, which decay into the neutral $h,A,H$ and
charged $H^\pm$ bosons and lighter charginos and neutralinos, but we will also
discuss direct decays of third--generation squarks into their lighter partners
and Higgs bosons as well as top quark decays into $H^\pm$ bosons. We show that
the production rates of relatively light Higgs bosons, $M_\Phi \lsim 250$ GeV,
via these mechanisms can be rather large in some areas of the parameter space.
Performing a fast detector simulation analysis that takes into account the
signals and the various backgrounds, we show that the detection of the neutral
Higgs bosons through their decays into $b\bar{b}$ pairs, and of the charged
Higgs particles through the $\tau^\pm \nu$ signature, is possible at the LHC.
