• Design optimization of additively manufactured energy storage devices using physics informed machine learning• Evaluate 3D printed piezoelectric polymers sensors using electronic circuits with Arduino and mechanical loads• Develop a graphical user interface in python to demonstrate real live time data for piezoelectric sensors• Develop new inks for direct ink write of polymer electrodes

•Innovated sensors with functionalized polymers and ceramics by 3D printing technique. •Learned to operate the following: SEM machine, 3D Printers (Filament, Paste Extrusion, SLA), Rheometer, high temperature furnace, piezoelectric characterization machine, high voltage machine, tensile test machine. •Collaborated with team members to improve research by brainstorming, feedback of data, data analysis.

•Characterize novel adhesives by rheology, thermal analysis, aspect ratio, and scrape tests, including thermal shockcycle testing for CTE mismatch in coupons to assess bond strength and durability.•Conduct design of experiment and set up for impact testing to analyze ink cartridges fracture failures.

• Utilize hardware modifications and automate robotic movements to effectively troubleshoot and maintain machinery• Led a change control board proposal on enhancing the rapid thermal processing machines’ temperature sensors• Use coding to conduct data analysis, resulting in development of an interface that enhanced inventory accessibility

• Debug a MATLAB code to evaluate the sun spectral irradiance on different weather days using a spectrometer to analyze data of energy absorption into the heat transfer fluid within a receiver.• Optimize to perform a techno-economic analysis on a molten salt valve• Assist with Engineering Equation Solver (EES) code development for Hydrogen Production project

•Responsible for generating sales by engaging and connecting with customers •Maintaining a neat, clean and safe working and shopping environment.•Assists team members in customer interactions.