• Explored failure mechanisms of microelectronics related to galvanic corrosion of wire bonds through experimentation to estimate the reliability of electronics in critical applications.• Built and instrumented circuits for experimentation as well as carried out electrochemistry tests on various materials.• Wrote several Python scripts to streamline the data manipulation and analysis process.

• Graded homework and exams for 26 students in the Manufacturing Processes course.

• Researched the erosion of Diamond-Like Carbon (DLC) coatings with sand particles entrained in liquid on a project contracted by Halliburton.• Managed a pump flow system in harvesting data regarding erosion rates of various materials.

• Provided supplemental academic support in mathematics and English to Spanish-speaking high school immigrant students.

• Conducted outreach events and worked to increase student involvement in global education.

• Researched theory, design, and fabrication methods regarding energy-harvesting floor tiles.• Leveraged AutoCAD to design prototypes before fabricating, assembling, and testing the tiles which generated the same amount of power as other tiles in the sector with a novel mechanical approach.• Post-semester I modeled the tile in SolidWorks then prepared a poster for presentation by my teammate at NCUR ’23.