● Designed and constructed an epi-illumination acoustic radiation force optical coherence elastography (ARF-OCE) prototype● Simulated laser intensities in MATLAB, designed lens shapes in Zemax, and produced an agglomerated design in Fusion360 before ordering, assembling, and 3D-printing necessary components● Debugged previous ARF-OCE LabView pipelines to fit newer versions of National Instruments software

● Analyzed cell viability after treatment with combinations of progesterone, mifepristone, and Buparlisib on MDA-MB-231, BT-20, and HCC1937 cells to determine the effect of PI3K inhibition on triple negative breast cancer (TNBC) cells● Performed flow cytometry on TNBC cells to determine “stemness” of cell populations using CD44 and CD24 markers● Optimized an image processing pipeline on CellProfiler to reduce processing time from 2 hours to less than 20 minutes

● Worked on classifying autistic vs non-autistic individuals’ fMRI scans using SVMs, naive bayes, random forest, and ensemble models in MATLAB● Reconstructed images from the fMRI scans of patients’ visual cortices using convolutional neural networks (CNNs) using TensorFlow in Python as part of the Neuromatch Academy● Helped predict multiple sclerosis severity using CNNs on fMRI scans using PyTorch in Python as part of an ML course

● Taught students how to improve their writing skills and be more confident in their own communication styles

● Helped organize, lead, recruit for, connect resources for, and design a curriculum for a new project team at Cornell● Led efforts to design BruxFree, an over-the-ear biofeedback device to treat bruxism using Fusion360 for CAD, EAGLE for PCB design, Arduino for device connection, and myoelectric sensors for testing● Also designed Exoguard, a smart shirt to monitor posture, and FastenPro, a novel screw to fasten fractured bones

● Incorporated an LLC startup, established intellectual property with lawyers, pitched for funding, performed market research with over 100 clinicians, connected with hospitals for user experience testing, and connected with investors● Led a team to design and prototype VitalMask (a smart mask which takes the user’s vital signs) using silicone molding, 3D printing, sensor integration of a pulse oximeter and temperature monitor, PCB design, Arduino for software integration, Android Studio… Show more ● Incorporated an LLC startup, established intellectual property with lawyers, pitched for funding, performed market research with over 100 clinicians, connected with hospitals for user experience testing, and connected with investors● Led a team to design and prototype VitalMask (a smart mask which takes the user’s vital signs) using silicone molding, 3D printing, sensor integration of a pulse oximeter and temperature monitor, PCB design, Arduino for software integration, Android Studio for the corresponding phone app, and Python for the desktop interface● Was accepted into the MDIC CNY Biotech Accelerator, Launch NY Incubator, FoundersXcel Kickstarter, Clinton Global, and Cornell eLab for startup development, networking, and prototyping assistance● Awards: Cornell Student Business of the Year 2021: 1st Place, Clinton Foundation and Verizon Forward for Good Challenge 2021: Co-winner, Business Today International Impact Challenge 2020: 1st Place, IBM Call for Code Global Challenge 2020: 3rd Place, Weill Cornell AI Health Hackathon 2020: 1st Place Show less

● Launched a pre-incorporation startup called LoonMesh, focused on collecting water from fog for areas without sufficient access to drinking water● Performed market research by reaching out to over 100 companies and individuals, prototyped using laser cutting and wire designs, branded with social media teams, was training on funding and investments, and performed pitches to other companies. Placed as finalist at the Cornell Big Idea Competition in 2019.