Explored possibilities of using 3-D printers to create objects made of active material for potential use in soft robotics and utilized machine learning to predict the behavior of printed objects through data collected using various input parameters

Ran simulations on radiation dosage with varying shielding geometries and materials using both Microshield 11 and MCNP programs and effectively organized and analyzed simulation data using Microsoft Excel before presenting results to industrial representative

Conducted experiments, conjugated and tested targeting capabilities of silica-iron oxide nanoparticles toward certain cancer cell lines, evaluated viability of destroying cancer cells via laser ablation after uptake of copper sulfide nanoparticles, presented results and conclusions via poster presentations

Facilitated learning of student athletes by formulating effective study strategies and assisting with content-based knowledge in subjects such as mathematics, economics and chemistry