Work on electron neutrino appearance analysis, developing understanding of effects and systematics for the first antineutrino beam analysis and continuing analysis, mostly in efforts relating to the understanding of the wrong-sign component of the sample, but also as relates to other effects and systematics, including interaction modes and neutrons. Worked on developing calibration efforts assessing detector response. In conducting this research, also interfaced with grid computing and file management. Research Direction: Dr. Jon Urheim Collaborator on Deep Underground Neutrino Experiment (DUNE), formerly LBNE Work on photon detection system for scintillation light in liquid argon (LAr) time-projection chambers. Some of this work has involved studies of individual components, most notably hands-on work in studies using silicon photomultipliers (SiPMs) and a waveform digitizer. Further work has involved an integrated prototype test in a liquid argon test stand at Fermilab and work on simulations. By comparing a simulation combining component studies and vendor information with data from an integrated prototype module, information on the scintillation yield of LAr due to minimum ionizing cosmic-rays could be determined. I have also begun looking into dE/dx studies for proton decay in DUNE FD, and I have taken protoDUNE shifts.