I am member of DIRAC (Institute for Data-intensive Research in Astrophysics and Cosmology) at the University of Washington. I work on the commissioning of the Legacy Survey of Space and Time (LSST) 🔭 + and the commissioning of LINCC-Frameworks (LSST Interdisciplinary Network for Collaboration and Computing).LINCC - Frameworks aims to grow and develop software for the analysis of the large amounts of data expected from LSST. I am currently guiding the development of TAPE; the code for efficient and scalable analysis of time-domain data . I have recently also become project manager for LSDB ; the code for efficient and scalable cross-matching & analysis of astronomy catalogs. As a member of the science verification team for Vera Rubin Observatory I have been working on the analysis of difference imagining pipeline.Previously, I was working at Princeton University on the algorithm development in the astrophysical data group. My main focus was on the data processing pipeline for the upcoming Prime Focus Spectrograph, to be installed at Subaru Telescope. Through combination of detailed modeling and machine learning methods we were able to predict optical response of the instrument to high accuracy.My scientific work is based on the analysis of large datasets and development of methods to better understand statistical properties of these samples. In particular, I am working on the analysis and interpretation of time-series data. With advance of large surveys, these methods are very quickly becoming very powerful tool to understand properties of the galaxies in the Universe, but their size often demands innovative analysis methods. I received my PhD from the Swiss Federal Institute of Technology. I worked on the evolution of galaxies and their black holes, using statistical methods and comparing the result with the data at wide range ages of the Universe.