
Magprint: Magnetically Aligned SLA
An SLA printer built around a rotating Halbach array to control magnetic alignment during fabrication.
Ideas, put into practice
A collection of engineering, research, and hands-on projects.
Some built with teams, some built out of curiosity.

An SLA printer built around a rotating Halbach array to control magnetic alignment during fabrication.

Building MIT’s first tomographic volumetric 3D printer with Prof. TJ Wallin, connecting polymers, optics, and computation.

On-sun test engineering, optical simulation, and technoeconomic modeling for a silicon carbide solar thermal air receiver.

Leading autonomy and guidance development for ICARUS, a prototype vehicle for autonomous heliostat cleaning.

Using time-series anomaly detection to help operators identify problems in rural solar minigrids before failure.

Redesigning an aircraft oxygen cylinder production line around lean manufacturing, people, and processes.
Designing a miniature distillation system to refine recovered Halon 1301 from 96% to 99.7% purity.

A tap-card skateboard lock, built in twelve hours to make campus racks more secure without slowing anyone down.