• Used Nextflow to create accessible bioinformatics workflows on the university’s high-performance computing cluster.• Deployed a full-stack automation dashboard for managing and monitoring data pipelines for bioinformatics researchers.•Managed version control using Git and deployed Docker containers for software testing.

Project Title: "Analyzing the dynamics and druggability of Abl1 kinase conformation states"-Completed short-time molecular dynamics simulations to analyze the transformation of the Ab1 kinase into different conformation states to identify structural properties-Used the Schrodinger software platform for 3D visualization and modification of the Abl1 kinase-Obtained molecular dynamics trajectories to create a molecular movie of proteins in a solvated water box

CSCI1470: Deep Learning (Spring 2024)CSCI1640: AI & Security (Fall 2024)

Martiniani Lab- Monte Carlo Simulations•Built a robust software solution in Python and C++ to simulate high-complexity particle systems, achieving a 2x increase in computational efficiency through code optimizations and advanced data structures.•Collaborated with a cross-functional team to optimize the system’s performance, refactoring code and conducting profiling tests that reduced runtime by 40%.•Led end-to-end development of the project, including algorithm design, code optimization, and integration of a custom-built particle visualizer for performance tracking.

-Updated the Data Science Initiative main website with information on upcoming events, academic information, and articles using Brown University’s Internal Website Manager System-Assisted in the preparation and coordination of event space for 20+ speaker events-Maintained inventory in the supply room and placed weekly orders for replacement equipment

Undergraduate researcher in the Shukla Lab for Designer BiomaterialsProject Title: "Characterization of gelatin nanoparticles in biological matrices"-Synthesized gelatin nanoparticles and characterized average particle size and size distribution with dynamic light scattering-Characterized growth kinetics of S. aureus and S. epidermidis using spectrophotometry at OD600 and completing colony enumeration-Conducted crystal violet assays to confirm the formation of biofilms on plastic wells, glass wells, and titanium sheets-Visualized nanoparticles and biofilms using confocal microscopy