  The assumption that strongly interacting sparticles will decay directly to
the LSP plus jets breaks down in situations where those decays are Yukawa
suppressed. That occurs when producing the first two generations of squarks and
when, at the same time, there are several electroweakinos lighter than those
squarks. In this paper we analyze the signal of pair production of squarks that
subsequently decay to an intermediate neutralino ($\tilde\chi_3^0$) plus jets.
The neutralino will then decay to the LSP (mainly higgsino) and a Higgs. We
have simulated the events and designed a discovery strategy based on a signal
of two jets, four $b$-quarks and missing transverse energy. We obtain very
promising values for the LHC sensitivity at 14 TeV and 300 fb$^{-1}$.
