- I perform research in the area of cosmology using statistical, computational, and theoretical techniques.- My research is focused on beyond-standard cosmology and weak gravitational lensing observations.- I employ numerical techniques to simulate and test novel data analysis methods for weak gravitational lensing. Such improved methods will be crucial in next-generation cosmological surveys.- I contribute as a developer to the Core Cosmology Library of the Large Synoptic Survey Telescope Dark Energy Science Collaboration (LSST DESC). The Core Cosmology Library provides theoretical predictions of cosmological quantities to validated numerical accuracy for future data analysis purposes. It is written in C and Python.- I participate in the organization of scientific meetings, discussions, and seminars in the McWilliams Center for Cosmology. I acted as a member of the local organizing committee for the November 2016 LSST DESC Hack Week meeting, held in Pittsburgh.- I present my work at conferences, seminars and collaboration meetings.

Thesis title: "Beyond the standard cosmological paradigm with weak gravitational lensing"- Computed forecast capabilities of next-generation cosmological surveys.- Conducted a study of a popular cosmological statistic and proposed measures to improve its utility.- Developed a new expression for a key cosmological observable under deviations from standard gravity.- Published four peer-reviewed papers with collaborators, including three first-author papers.- Presented seminars and conference talks on my research to specialist and non-specialist audiences in the UK, Europe and Canada.

- Provided guidance and instruction to undergraduate students for practical computational exercises. - Marked laboratory reports. - Computing languages: Matlab, C.

- Prepared and presented lectures for undergraduate students (group size: 4-5).- Ran tutorials (group size: 1-3).- Planned and provided revision sessions prior to final exam.- Marked coursework and exams.