Alumna Tish Scolnik, CEO of GRIT, speaks with Justine Hofherr of Boston.com about how an MIT class inspired her career. Scolnik explains that the idea for GRIT, an MIT startup that produces wheelchairs that allows users to traverse rugged terrain, “started back at MIT as a class project.”
MIT students collaborated with residents of the Boston Home, a facility for adults with neurological diseases, to create InstaAid, an app that acts as a call button for nurses on the campus, writes Virgie Hoban for The Boston Globe. “The app preserves the independence of people contending with debilitating diseases," Hoban explains.
CNN reporter Lauriel Cleveland writes about the MIT Open Style Lab, which brings students together to design clothing for individuals with disabilities. "Dressing is such a basic and intimate need,” explains MIT graduate and Open Style Lab co-founder Grace Teo. “We hope to restore the independence and dignity of dressing to people with disabilities."
Trent Gillies writes for CNBC about how MIT researchers are developing wearable devices to aid the visually impaired. The research, which is funded by the Andrea Bocelli Foundation, “would help blind people, especially in cities, move around alone,” reports Gillies.
Washington Post reporter Jeff Guo examines new findings from MIT graduate student Manasi Deshpande concerning how the Supplemental Security Income influences a person’s decision to work. Deshpande found that people who were on disability as children “do not have great work prospects as adults,” but parents of disabled children” do have excess capacity to work.”
Nidhi Subbaraman of BetaBoston writes about the affordable wheelchair made out of bike parts developed by Prof. Amos Winter. Winter and his team have now created a second wheelchair that allows riders to “navigate ski slopes and bike trails.”
Liat Clark writes for Wired about the FingerReader, a 3-D printed device developed at the MIT Media Lab that can translate text from printed materials into a robotic voice for the visually impaired. The device has been in development for three years.
“Scientists at the Massachusetts Institute of Technology have developed a ring-shaped device that slips around a user’s pointer finger, scans any text above the fingertip, and reads it aloud in a robotic voice,” writes Dan Kedmey for Time.
“Lexington-based MicroCHIPS, a developer of implantable drug delivery devices, has been quietly working on a birth control product that can be embedded in a woman’s body,” writes Steve Annear of Boston Magazine. The technology was originally developed in Professor Robert Langer’s lab.