EXPERIENCE

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Head of Programming, BallPall, Brooklyn, NY
Jan. – June 2025

• Led the firmware architecture and systems integration for an autonomous robotic collector using Raspberry Pi and Python to process sensor data.

• Wrote 100% of the codebase for motor control and navigation logic and designed the chassis in Fusion 360, while coordinating with a mechanical engineer on hardware integration.

• Achieved 2nd place in the NYU Tandon Nick Russo Award by delivering a functional prototype with an 80% object retrieval success rate during trials.

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Office Assistant, Undergraduate Academies NYU Tandon, Brooklyn, NY
Jan. 2025 – Dec. 2025

• Serve as the administrative hub for the GLASS Honors Program and Tandon Global, supporting department operations and student relations.

• Manage 3 cohorts of 60 honors students total, handling inquiries and resource allocation while planning and assisting in executing approximately 2 academic and social events per month.

• Improved departmental efficiency by streamlining professional email communications and ensuring seamless operations for faculty and student programming.

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CURRENT PROJECTS

Project Member, NYU Vertically Integrated Project Wearable Art and Design
Sept. 2025 – Dec. 2025

• Developing interactive fashion technology that bridges engineering and aesthetics, focusing on responsive electronic circuits.

• Collaborated within a 5-person team to design custom PCBs in AutoCAD; performed high‑precision manual soldering on components to integrate microcontrollers and LED arrays.

• Successfully prototyped a responsive garment that reacts to environmental stimuli, validated through rigorous circuit testing to ensure safety and durability standards were met.

Project Member, NYU Vertically Integrated Project Offshore Wind Platform Research
Sept. 2025 – December 2025

• Conducting technical analysis to support the research and design of sustainable floating offshore wind energy systems.

• Worked alongside 2 researchers to simulate aerodynamic loads using OpenFAST; personally modeled a scaled wind turbine in CAD to validate structural concepts.

• Identified optimal platform configurations for deep‑water stability, producing data that reduced theoretical structural stress loads by 15% in simulation models.