Daniel Heller Lab, Cancer NanomedicineMade and measured lipid nanoparticles using NanoAssemblr, Rotovap, DLS, and HPLC. Wrote machine learning code to predict the formability of lipid nanoparticles with different drugs.

Designed robot for algae and microplastic pollution filtration. Constructed robot using CAD and 3D printing. Programmed and powered robot using Arduino and circuits. Performed testing on robot at University of Maryland's Neutral Buoyancy Research Facility. Collaborated with peers to develop research proposal and presented at undergraduate research symposium.Worked on independent research project to design a robot to aid first responders in disaster response. Presented a poster at undergraduate research symposium and mentored students in the lab.

Designed colorimetric loop-mediated isothermal amplification diagnostic tool to detect miR-21 for lung cancer screening. Collaborated with peers to develop research project proposal.

Led the design committee in the 2023 international genetically engineered machine (iGEM) competition cycle. Worked on Wiki design and promotion video for cervical cancer diagnostic project.

Acted as a dental assistant in several dental operations including root canals, crown and veneer procedures, tooth extractions, x-rays, and routine cleanings. Performed sanitation and sterilization techniques on dental equipment using the Autoclave and Ultrasonic cleaner.