  We construct a model based on SUSY SO(10) combined with U(2) family symmetry
including complex phases leading to CP violation. In contrast with the commonly
used effective operator approach, \bar{126}-dimensional Higgs fields are
utilized to construct the Yukawa sector. R-parity symmetry is thus preserved at
low energies. The symmetric mass textures arising from the left-right symmetry
breaking chain of SO(10) give rise to very good predictions for quark and
lepton masses and mixings. The prediction for \sin 2\beta agrees with the
current bounds from BaBar and Belle. In the neutrino sector, our predictions
are in good agreement with results from atmospheric neutrino experiments. Our
model favors both the LOW and QVO solutions to the solar neutrino anomaly; the
matrix element for neutrinoless double beta decay is highly suppressed. The
leptonic analog of the Jarlskog invariant, J_{CP}^{l}, is predicted to be of
O(10^{-2}).
