I'm a PhD student at the MIT Media Lab exploring how technology can expand human perception and create new ways of experiencing the world.
My research focuses on building wearable haptic systems that translate sound and spatial information into touch, with applications ranging from hearing augmentation to drone teleoperation. I approach this work from two perspectives: designing the hardware and interfaces that enable sensory augmentation, and investigating the neuroscience of how we learn and integrate new senses. My goal is to create technologies that help people navigate perceptually ambiguous situations—whether that's understanding speech in noisy environments or maintaining spatial orientation.
Beyond my primary research, I explore the intersection of electronics and art through projects spanning interactive installations, conductive ceramics, and sculptural lighting. Previously, I was a hardware engineer at Tulip, where I designed the electronics for their second-generation edge device, integrating analog, digital, and communication interfaces for smart manufacturing.
A versatile multi-protocol cable for hardware development integrating UART, SPI, and I2C protocols.
A wearable multi-actuator haptic system that complements residual hearing with personalized tactile feedback for speech perception in hearing loss.
A wearable haptic device and learning interface for musical ear training that helps novice learners identify pitch intervals more accurately through multisensory feedback.
Second generation gateway for Tulip's manufacturing platform, integrating analog, digital, and communications interfaces.
Interactive demo for Tulip combining smart work instructions, device integrations, IoT connectivity and analytics.
A system to send and control music over a laser, featuring audio transmission and volume control via modulated laser light.
Explorations in food interaction design through inflated foods and flavored air captured in sugar bubbles.
An electro-mechanical piano staircase using real glockenspiel keys to produce sound when users step on each stair.
2025
A workshop exploring how augmentation technologies can be seamlessly integrated into everyday life, focusing on practical applications and user-centered design approaches.
Visit Workshop Site2025
A primer on building wearable vibrotactile devices for improved speech in noise perception
View Programme2024
A MISTI-funded workshop on sensing, interactions, and augmentation bringing together students and researchers from MIT Media Lab, University of Fribourg, and EPFL.