+Source and evaluate promising clean energy technologies via independent technical analysis and stakeholder outreach+Scope white space in high-risk R&D areas for future program development, with a focus industrial decarbonization & electrification+Lead engagement and outreach strategy for new fellow recruitment

+Tested electrode performance with in situ testing of lab scale flow cell. +Extracted kinetic properties of electrodes and active species using 3-electrode techniques.+Synthesized metal electrodes with bimodal porosity via galvanic deposition and dealloying.+Designed and machined flow cell stack components. +Mentored three undergraduate researchers.

+Recommended nascent carbon reduction technologies for potential investment.+Performed exploratory data analysis and developed correlations for empirical model predictions based on real plant data.+Optimized refrigeration system performance using plant simulations.+Presented summary of work to Woodside CTO and COO.

+Recommended improvements to water for injection testing method to reduce cost.+Created water distribution algorithm to minimize delays to users.+Utilized computational fluid dynamics to simulate pH buffer flow.

+Advised by Professor Scott Auerbach, UMass Amherst Department of Chemistry+Utilize computational chemistry software to model proton transfer in hydrogen fuel cells+Build course grain model of hydrogen bonding clusters+Explore interactions between clusters through simulations+Use Linux operating system

+Undergraduate Teaching Assistant for sophomore Chemical Engineering course Thermodynamics I.+Assisted students with homework during weekly help sessions.+Graded homework and exams.

+Advised by Professor Paul Dauenhauer+Utilize pyrolysis for conversion of biomass to biofuel+Prepare substrates for pyrolysis reaction using acids and other chemicals+Conduct extensive research on surface treatment methods+Analyze data using ImageJ software

+Tutored fellow undergraduate chemical engineering students in Introduction to Chemical Engineering and ChE Fundamentals. +Assisted students with homework.+Reviewed material prior to exams.

+Participant in Center for Material Science and Engineering Research Experience for Undergraduates.+Advised by Professor William Tisdale, MIT Department of Chemical Engineering.+Synthesized core/shell/shell Cadmium Selenide/Cadmium Sulfide/Zinc Sulfide quantum dots.+Characterized nanocrystals using X-Ray Diffraction (XRD). +Modeled hybrid nanocrystals using CrystalMaker, Material Studio, and PyMOL.+Simulated XRD pattern of modeled nanocrystals using debyer powder diffraction software.

+Participant in Innovation & Entrepreneurship Research Experience for Undergraduates (REU) program +Advised by Professor Brian Willis in collaboration with Scitech Solar +Apply Atomic Layer Deposition (ALD) for deposition of oxide and metallic thin films+Explore potential of films in a variety of applications, including production of solar cells