Faculty


Human computer interaction, ubiquitous computing

Human-computer interaction, ubiquitous computing, sensing, accessibility

Computational health, AI for sound, networks, bio-robotics, wireless, mobile and ubiquitous computing, sensing, security and privacy


Human-computer interaction, accessibility, 3D printing of custom assistive technologies

Health, ubiquitous computing, sensing, human-computer interaction, embedded systems


Sensor systems; wireless power; sensing for robotics; ubiquitous computing; personal robotics
Affiliate Faculty

Ubiquitous Computing, Computer Supported Cooperative Work
Postdocs

Nick is a postdoctoral researcher with the Taskar Center for Accessible Technology doing work in mapping and analyzing individual-level pedestrian accessibility of public spaces with graph theoretic interpretations of equity. His doctoral work involved the development of the OpenSidewalks and AccessMap projects that, respectively, define and collect open pedestrian transportation network data for a wide set of use cases and interpret that data into a user-friendly and individually-customizable web map.
Graduate Students (CSE)
Non-CSE Grad Students
Staff