Packaging, Analog and Connectivity Engineer in the iPhone Wireless Charging Module

• Electrostatic simulations to determine ion mobility with COMSOL Multi-physics.

• Currently: Designing & optimizing generator architectures for Wave Energy Converters over 3 disciplines by developing models (E&M, manufacturing, economics) and implementing the MDO framework. • Fall 2022: Developed a 400 W electrical system controlled by an STM32, for two offshore wave energy prototypes in the Symbiotic Engineering and Analysis Lab (SEA Lab). Advisors: PhD Rebecca McCabe, Professor Maha Haji.

• Founded the Carbon Neutrality team, creating 5 subteams involving students in: Cornell’s biomass drying research, fume hood & power consumption monitoring, energy efficiency building retrofits, a University-wide sustainability dashboard and wave energy research to reduce Cornell’s 25MW power demand by May 2023.• Automated Python data visualization, geomapping 229 buildings sourced from NYSERDA's Real Time Energy Monitoring API by translating county name into GPS coordinates, and linking 1000+ points via Sankey Diagrams to find physical dependencies & derive fault detecting strategies.• Analyzed 643 electricity, chilled water, and steam flow meters to rank Cornell buildings by energy demand. Presented the conclusions at MIT.• Implemented 2000+ JSON based data structures to query API every 30min, displaying in online Grafana site, allowing international researchers to compare electricity consumption data from 184 building electricity meters.

• Managing 60 people and 10 projects including software, applications, wind turbines, research & outreach.

• Parsed Ultra Low Freezer Information from 40 laboratories, calculating return of investment and 5% yearly power demand increase past a 10-year threshold, to save $1703 or 24MWh yearly. Interviewed by ECE Connections.

• Researched Distributed Energy Resources (DERs) for energetically self-sufficient buildings.• Received a research award from Cornell Engineering, Civil & Environmental Department, the Laidlaw Foundation and nominated to present at MIT.

• Tested solar charging station circuitry, interfaced with RPi sensors, LCD display and RF receiver.• Generated Python algorithms to control 16V battery charge-discharge rate & automate outreach to 270 companies. • Debugged power network wiring, advised using in-PCB connections to prevent faults & compact system by 25%. • Conducted trade studies, power budget and noise analyses, to select optimal power & motor management systems.

• 1 of 4 elected representatives of the 3000+ 2024 freshmen. • Projects: Tuition Transparency, Dining Improvement, COVID-Safe Fitness Initiatives and Sustainability (reduce plastic waste & improve waste disposal) • Positions : Environmental Policy & Planning Committee Student Representative, Alumni Chair, Liason to Faculty Advisory Committee on Athletics and Physical Education, Undergraduate Assembly Campus Infrastructure Committee Representative

Hydro Turbine Team