• Developed a novel joining methodology for thermal protection system (TPS) materials, including ceramic matrix composites (CMCs) and ultra-high-temperature ceramics (UHTCs), as part of thesis research.• Engineered surface treatments for C/C composites to enhance bonding compatibility and designed a joining material application method, including the bonding cycle, for TPS materials.• Applied the joining method to test geometries that mimicked real TPS conditions and characterized the results using microCT, SEM, and profilometry.• Analyzed mechanical testing data to assess the performance of joined components for hypersonic applications.• Performed additional specimen characterization using SEM and profilometry to evaluate material properties and surface treatments.• Managed multiple undergraduate assistants, overseeing their workflow, scheduling, and project assignments.• Collaborated with multidisciplinary teams of engineers, industry partners, and government stakeholders to align research objectives.• Conducted research on plasma-sprayed coatings for a novel Niobium alloy, identifying potential coating systems and optimizing plasma spraying techniques to improve oxidation resistance

• Fabricated high-temperature heat exchangers from silicon carbide for an ARPA-E funded project.• Machined components and assembled heat exchangers, contributing to key project prototypes.• Conducted polymer coextrusion process for heat exchanger fabrication.• Prepared powders and slurries for materials processing to ensure consistency and quality.