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Angular distributions of the 15 N+ 12 C elastic and inelastic scattering were measured at E lab (15 N) = 81 MeV to study the nuclear-nuclear interactions and possible transfer contributions to the scattering. The data were analyzed with the coupled-reaction-channels (CRC) method using the 15 N+ 12 C optical potential of Woods-Saxon shape. The elastic and inelastic scattering as well as the most obvious one-and two-step transfer reactions were included in the channel-coupling scheme. The 15 N+ 12 C optical potential and deformation parameters of 15 N were deduced. The transfer reaction contributions to the 15 N+ 12 C elastic and inelastic scattering channels were estimated. The 15 N+ 12 C elastic scattering at 81 MeV was compared with the 14 N+ 12 C elastic scattering of 14 N beam energy 78 MeV.