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

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

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

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.

A new distributed four-sail configuration is proposed in this paper and the coordinated motion of the four sails is used to control the attitude pointing of a satellite.

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.

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.

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

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

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