Arnav Dhuri Email & Phone Number

Basking Ridge, New Jersey, United States

-Lead the team to national and state-level competitions (2 National and 1 State)-Won best-delegate awards in 3 conferences, verbal mention in 1, and participated in 9 conferences in total-Raised participation from 14 to 50+ active participants-Conditioned 50+ participants in public speaking, diplomacy, drafting, collaborative, research, and team-building skills-Directed 3 in-house mock Model UN sessions for practicing the event-Conducted 4 car washes, where we raised an approximate net sum of $3000-Planning to host the first in-house invitational conference in May 2025 by inviting 20+ schools near Basking Ridge(which have an established MUN team)

New Jersey, United States

-Participated in 7+ grassroots outreach events and catalyzed the spread of environmental activism among residents of New Jersey-Organized outreach for CCL in the Basking Ridge Indian Community Holi Event 2024, where we connected to 100+ Basking Ridge residents-Connected with Sen. Bob Menendez, Sen. Corey Booker, and Congressman Tom Kean to build support for climate bills such as the RISEE Act, the Big Wires Act, and the Carbon Fee and Dividend Act.-Presented to high schoolers across New Jersey via the EnRoads software for building youth support in fighting climate change legislatively-Written 100+ post-cards to Climate Voters across the country to build awareness about effective voting-Participated in the cleaning up of the Raritan Valley Stream with 25 other volunteers from the Raritan Valley Chapter

Union, New Jersey, United States

Participation:- Collaborated with 12 research interns under Dr. Edward Farnum's mentorship to create a poster on resonance and sympathetic vibrations.Research:- Designed experimental and computational models to analyze the effects of string density, tension, and length on sympathetic vibrations.- Advanced techniques like the Runge-Kutta method and FFT were applied to solve differential equations and determine audio frequencies.- Refined wave equations to enhance model accuracy, analyzing computational and experimental data discrepancies.- Investigated string properties affecting excitability and tackled electrical signal interference in electric string instruments.Outcome:- Developed a precise computational model advancing the understanding of sympathetic vibrations, aiding instrument design.- Provided valuable data on string properties, benefiting designers and researchers.- Published findings with detailed spectrum graphs, paving the way for future acoustics innovations.