  A possible resolution of the flavor puzzle is that the fermion mass hierarchy
can be dynamically generated through the coupling of the first two generation
fields to a strongly coupled sector, which is approximately conformally
invariant and leads to large anomalous dimensions for the first two generation
fields over a large range of energies. We investigate the possibility of using
the same sector to also break supersymmetry. We show that this automatically
gives an "inverted hierarchy" in which the first two generation squarks and
sleptons are much heavier than the other superpartners. Implementing this
construction generically requires some fine-tuning in order to satisfy the
constraints on flavor-changing neutral currents at the same time as solving the
hierarchy problem. We show that this fine-tuning can be reduced to be milder
than the percent level by making some technically natural assumptions about the
form of the strongly coupled sector and its couplings to the standard model.
