University of Wisconsin
Since 1998, the Trace Research & Development Center has worked to develop solutions for making electronic voting systems more accessible and usable. The techniques and strategies developed by Trace can be applied to a wide range of electronic voting systems, from handheld tablets to larger tabletop units and kiosks.
For more information about the voting program at University of Wisconsin, visit: http://trace.wisc.edu/voting/
CivicDesigning.org publishes posts about research, current events, and resources about design, usability, and accessibility in the civic space, right now focusing on design in voting and elections. It is also the home of the Field Guides to Ensure Voter Intent, a series of tiny sets of guidelines for local election officials based on research with voters.
For more information about this voting project, visit: http://civicdesigning.org/
Research in the Computer-Human Interaction Laboratory (CHIL) at Rice University has so far consisted primarily of laboratory usability testing on extant voting systems, such as paper ballots, lever machines, and punch cards to inform usability standards of new electronic voting systems. The CHIL is engaged in empirical testing of voters (or potential voters), observing interactions with voting systems using primarily objective techniques (i.e., performance measurement of time and accuracy) and subjective measurements such as scaled responses on attributes such as perceived difficulty and trust.
For more information about the voting program at Rice University, visit: http://chil.rice.edu/projects/accurate/index.html
Accessibility of Voting Systems
Michigan State University
A usability evaluation was conducted to assess the quality of the user experience for users with dyslexia on the Michigan.gov website.
For more information about this voting project, visit: http://usability.msu.edu/research/projects/voting-and-dyslexia
A suitable, rigorous test protocol was developed for a Voting System Test Laboratory (VSTL) to conduct usability conformance testing of accessible voting systems with persons who are blind, have low vision, or have dexterity impairments in order to ensure that they can vote independently.
For more information about this voting project, visit: http://usability.msu.edu/research/projects/accessible-voting-systems
The goal of this project is to create an accessible user interface and interaction design for mobile voting systems that can be used by developers to create an accessible mobile voting system. The system would be used by voters to fill out and potentially submit ballots on personal devices outside the polling the place.
For more information about this voting project, visit: http://usability.msu.edu/research/projects/accessible-mobile-voting
Center for American Politics and Citizenship (CAPC)
University of Maryland
CAPC Director Paul Herrnson and Research Director Mike Hanmer have led research projects studying ballot design and voting technology, culminating in several published articles and books.
For more information about this voting project, visit: http://www.capc.umd.edu/votingtech.asp
The electronic absentee ballot delivery system, developed with the Maryland State Board of Elections, allows voters to receive their official absentee ballot online at the Maryland Elections Center. This innovative ballot delivery system speeds up the delivery of the ballot, greatly reducing the difficulties of casting a ballot for some voters, as your ballot will be available to you at any location with internet access.
For more information about this voting project, visit: http://www.capc.umd.edu/mdelections/votingoptions.asp