  We introduce a novel hybrid framework combining type I and type II seesaw
models for neutrino mass where a complex vacuum expectation value of a singlet
scalar field breaks CP spontaneously. Using pragmatic organizing symmetries we
demonstrate that such a model can simultaneously explain the neutrino
oscillation data and generate observed baryon asymmetry through leptogenesis.
Interestingly, natural choice of parameters leads to a mixed leptogenesis
scenario driven by nearly degenerate scalar triplet and right handed singlet
neutrino fields for which we present a detailed quantitative analysis.
