Project in Computational Mathematics. This involved implementing the algorithm in a 2017 paper concerning a numerical method to compute integral of an arbitrary polynomial over 2/3-Polytopes. Detailed information is present in the report(the link in Read More section)
Project in Parallelization. Bulk of the work was to parallelize the various Math and Fitting functions present in ROOT(library for particle physics data analysis). Other minor work was to improve VecCore which further used various backend libraries to parallelize basic math functions.