• Tasked with researching the surface modification of semiconductor surfaces with a focus on atomic layer deposition and etching.• Independently analyzed and interpreted data from XPS, ToF-SIMS, FTIR, AFM, and water-contact angle for 50+ different experiments.• Trained and experienced with 200+ hours of XPS, ToF-SIMS, and DFT calculations.• Coauthor on an upcoming publication detailing the functionalization of Silicon using boronic acids.

• Officially recognized tutor for the University of Delaware with 15+ recurring students• Subjects include Calculus, Chemical Engineering Thermodynamics, Computer Science, and Chemistry.

• Tasked with facilitating the intake and dispersion of both gas cylinders and chemicals at the ISE.• Kept a chemical inventory and managed the safe handling and disposal of PPE and chemicals.

• Collaborated with 35 peers to instruct, grade, and field questions from 450+ students in both Python and Matlab programming.• Created spreadsheets to help students evaluate their current progress in computer science and recommend potential areas of focus.

• Used statistical methods to validate the performance of high-performance cables before and after structural changes saving over $95,000 per year and reducing lead times by 15 weeks• Sourced new suppliers for use in polymer extrusion saving $30,000 per year• Designed an insert for a fluidized sand bath in Solidworks to prevent the damage of tooling in extrusion• Analyzed hundreds of containers of data to estimate process Ppk and Cpk• Identified and resolved a significant ergonomic issue for operators within manufacturing by installing antistatic tubing