• Conducted creativity research on the effects of using VR technology as an inspiration tool.• Conducted thorough literature reviews to better understand research topics and prepare for developing experiments.• Developed interactive virtual environments for VR using Unity.• Organized, and analyzed collected data using SPSS and Python.• Presented results to field experts at the IDETC2023-DTM Conference and was awarded the 2023 Student Poster Session Award.

• Assisted Sri-Rajasekhar (Raj) Kothapalli in developing Ultrasonic Transducers.• Lead the phantom development for testing the ultrasonic and photoacoustic properties of ultrasound probes. Including but not limited to: • Developed high and low modulus PAA phantoms for doppler effect testing• Developed agarose phantoms with different percentages of fumed silica beads to encourage ultrasound scattering • Designed specific tanks for Transrectal Ultrasound phantom • Designed prostate mold using 3D printing technology • Designed specific tanks for imaging nanobubbles within ICG solution in different concentrations • Assisted in developing transrectal ultrasound and photoacoustic (TRUSPA) phantom for prostate ultrasound and photoacoustic probe testing. • Assisted in the fabrication process of ultrasonic transducers, including but not limited to: designing the matching layer and the backing layer of the transducer, fabricate the active layer material, testing and characterizing the transducer, and running transducer simulations using PiezoCAD 4.01

Literary Review regarding Rudorffites (semiconductors) and it’s utilization in solar panels.