Under the direction of Dr. Roni Sengupta and Dr. Jim Mahaney, I will be developing an image-processing pipeline involving COLMAP and photogrammetry software to process, clean, and train image data for the purpose of creating a photo-realistic 3D model of a Nepalese temple for VR devices.

Created a Mixed Reality application using Unreal Engine, C++ for the Hololens 2 to visualize simulated physics of internal detonations inside of and around a stiffened steel structure.Calculated warhead fragmentation, penetration, and blast pressure contours, accounting for air drag and fragment obliquity, and created visualization methods controlled by the user.

Coordinate logistics regarding traveling, lodging, ice times, and more. Oversee team finances and work directly with sponsors and club sports management to secure appropriate funding for our team.

Organize volunteering and fundraising events for our club. Helped oversee ticket scanning for our NCAA basketball team, events like Hockey Night in the Pit, and helped fundraise over $2000 for our program.

Working under Dr Boyce Griffith and Dr. David Wells, modified the load balancing class of their IBAMR software to improve parallel computing with multicore processors. Improved load-difference from 1500 to 300 cells between the minimum and maximum core.Translated the karmarkar-karp solution for the largest-difference method in C++ and implemented the algorithm along with a modified box chopping method based on the SAMRAI library box chopping class.

Wrote an algorithm to predict battery State of Charge for EV rickshaws using distance and various charging parameters with a linear-regression model with a minimized mean squared-error.