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NOvA is a two detector, long baseline neutrino oscillation experimentdesigned to study $\nu_{e}$ ($\bar{\nu}_{e}$) appearance and $\nu_{\mu}$($\bar{\nu}_{\mu}$) disappearance in a $\nu_{\mu}$ ($\bar{\nu}_{\mu}$) beamproduced at Fermilab. The near detector (ND) is located 100 meters undergroundat a distance of 1 km from the target whereas the far detector (FD) is locatedon the surface, 810 km away from the beam source in Ash River, MN. The ND isused to measure the beam before oscillations and the FD measures the oscillatedspectrum. The ND and the FD are functionally identical detectors and the NDspectra are extrapolated to the FD to predict the signal and background spectraexpected in the FD. The extrapolation and data fitting techniques developed forthese analyses within NOvA are presented.

Extracting neutrino oscillation parameters using a simultaneous fit of  the $\nu_{e}$ appearance and $\nu_{\mu}$ disappearance data in the NOvA  experiment