[2021 - Present]
Speech2Spikes
A
real-time pre-processing algorithm that enables speech recognition on neuromorphic
processors
(Accenture Labs)
MechSense(Accenture Labs)
A
fully multi-material 3D printed sensor for revolute motion
(Accenture Labs)
Fire Probe(Accenture Labs)
An IoT sensor for wildfire detection,
mitigation, and risk assessment
(Accenture Labs)
A smart joint sensor for measuring performance and chronic pain
(Work in Progress)
[2020 - 2021]
(Accenture Labs)
A smart joint sensor for measuring performance and chronic pain
(Work in Progress)
The Ventilator Project
Affordable ventilators to combat a global pandemic
Brain SwitchBrain-computer interface for ALS patients with real-time machine learning
(MIT Media Lab)
AttentivU(MIT Media Lab)
Wireless glasses that measure biopotentials and promote well-being
(MIT Media Lab)
Printed Monitors
(MIT Media Lab)
3D printed studio monitors with flat, full-range sound and excellent off-axis response
HYDROGELOpen-source 3D printer for printing fluid materials in hydrogel support
(Work in Progress)
If I Kiss You
(Work in Progress)
Sculptural art from hundred-year old paper player piano scroll
[Pre-2020]
Metamaterial strain gauge for soft robots with high signal-to-noise ratio and orthogonal force rejection
Watchtower Robotics
MIT startup fixing water infrastructure using soft robots
(Techstars, MassChallenge)
CNC Controller
(Techstars, MassChallenge)
Three axis controller with motion control over Ethernet
About Me {
I'm a computer scientist combining physical sensors with intelligent algorithms to create smart systems that improve people's well-being.
My work involves neuromorphic computing, brain-computer interfaces,
3D printing, & IoT devices.
I'm a researcher in the Future Technologies Group @ Accenture Labs.}
[ Printed Monitors ]
PM / 4001
Initial Renderings
These printed monitors came out of a desire to combine my love of 3D printing and my passion for good audio. They have an F3 of 42Hz, flat response through 21kHz, and excellent off-axis response courtesy of the interesting waveguide on the Tymphany tweeter.
From Cut-Away and Internal Void
While designing these speakers, I knew I was going to control them with a 2x4 DSP and with independent control over each of the drivers, I felt comfortable straying from a more conventional look. In order to keep a relatively large internal volume, I routed the ports outside of the speakers, merging them back into the sides, where they form an interesting air-scoop look. As they are powered speakers with 2 channels each, I’ve mounted an amplifier in the base.
