- Led a project focused on the measurement and characterization of tandem all-perovskite solar cell performance under varying solar spectra and temperatures. - Conducted extensive data collection and analysis for JV and EQE measurements across multiple tandem devices. - Developed multiple plotting programs to analyze JV, EQE, and irradiance data, including the calculations of key parameters such as Jsc, Voc, FF, PCE, band gap, temperature coefficient, etc.- Mentored high school students, guiding them through the use of EQE and JV measurement devices to ensure they could independently perform measurements and analyze data.- Created organized records of all data, detailed instructions and documentation for using measurement and plotting tools, and comprehensive progress reports and presentations.

Participated in the Semiconductor Hands-On Research Experience (M-SHORE) program. - Conducted high-resolution calorimetry measurements using a microfabricated device to characterize the thermal and thermoelectric properties of nanoparticle monolayers. - Fabricated micro-scale transistors to measure the contact resistivity and conductivity of graphene thin films. - Developed MATLAB program to calculate view factor for sphere-to-sphere blackbodies for far-field and near-field heat radiation. - Presented poster at a 100+ person symposium on thermal characterization of nanoparticle monolayers and their potential in high-resolution calorimetric applications. - Trained and certified for cleanroom use.

- Lead Lockout/Tagout Presence and Accuracy audit.- Wired electrical cabinets for volume fill sensors from an electrical diagram. - Aided Controls Engineering team in installing a Studer grinder.- Assisted in the installation of a robot-loaded Doosan lathe.- Created Emergency Robot Response Contact lists for 70+ industrial robots. - Completed RSLogix/Studio 5000 and Vision Systems training course.