A levitating testbed with gas thrusters and reaction wheels to simulate multi-axis orbital dynamics of spacecraft in a frictionless lab environment, built for Cornell's Space Systems Design Studio (SSDS)

A surface acoustic wave gyroscope for high-velocity ballistics, funded by the DARPA High Operational Rate and Shock Environment SAW Inertial Sensors (HORSES) program

An autonomous rover to conduct crowd control in disaster or high-duress scenarios, featuring a life-sized translucent "bladder" to project information

Project details are proprietary and confidential to Geegah LLC.

This piece on "human-swarm interaction" was originally presented at a Cornell graduate seminar on bio-inspired multi-agent coordination.

A method to evaluate the effectiveness of a simple UV-C germicidal system in an effort to guide COVID-19 pandemic mitigation efforts

This embedded OS project uses a camera and a Raspberry Pi running OpenCV to track a user's hand movements and gestures and wirelessly control the mouse on a nearby computer.

A bio-inspired, decentralized shape-shifting robot created at Cornell's Collective Embodied Intelligence Lab

My senior capstone project partnered with liaisons from Northrop Grumman to explore articulating solar sails as CubeSat attitude control in low-earth orbit

This thesis presents research conducted with paper-based microfluidic devices and discusses the full realization of this platform through the integration of machine learning and electrical engineering.

Research in microfluidic, colorimetric glucose assays to promote affordable diagnostic capability in resource-limited regions

Primary author of this 20-page policy analysis on the digital divide in prisons addressing recidivism, taxpayer impact, case studies, and opportunities for micromarket innovation and antitrust regulations

A series of data visualizations created for the Pat Brown Institute for Public Affairs showcasing poll findings on voter engagement in Los Angeles County

We present a novel application for wireless EMG sensors. To combat the physical inactivity which has tended toward cardiovascular disease in individuals who use wheelchairs, we have developed a monitoring system to encourage exercise.

Futuristic tessellation-based MEMS concept for biomedical applications.

COMSOL Multiphysics modeling software was used to design and simulate the operation of a two-axis MEMS accelerometer, much like those found in today's smartphones.