• Conducted mechanical compression tests on commercial graphene aerogels samples and analyzed mechanical testing data to quantify foam-like properties

• Ran stress-relaxation tests on graphene aerogel samples and fitted data to a Maxwell model through linear regression in Python to determine viscoelastic properties

• Helped write literature analyzing growth properties and structures of graphene aerogels based on manufacturing methods

• Project design aiming to synthesis sensing devices on the International Space Station using high power plasma sources

• Designed and verified structural integrity of lift fixtures using finite element analysis (FEMAP)

• Wrote scripts to conduct bolted joint analysis on spacecraft mass simulators based on input parameters

• Conducted trade studies to optimize satellite design and material selection

• Optimized spacecraft model designs to optimize deflections of solar arrays

• Created thermoelectric fabrics from liquid phase dispersions

• Created liquid phase dispersions of 2D MoS2 for use in biosensing applications

• Combined MoS2 dispersions with H2O2 with TMB to demonstrate nanozymatic behaviors of thin film MoS2

• Observed nanozymatic behavior of MoS2 in oxidizing dopamine for biosensing

• Developed a wax paper-based sensing system for detecting dopamine through color changes