Science & Tech
This article gives a working example of automated and assistive medicine solving the exact problem my project is centered on: geographic distance from specialist care. What's especially useful is how honest the piece is about the gap between "technically possible" and "practically available". The
The piece frames the core problem as geography determining who gets screened before disease progresses, not just who gets treated once it's found. The CDC statistic cited, that rural residents are more likely to die from the most preventable cancers, reframes distance as a mortality risk in itself,
This article follows one specific patient through the exact scenario my project is centered on: a medical emergency where distance to a specialist could have meant permanent disability or death. It also raises a design detail worth remembering: the technology didn't replace the local hospital's role,
Special Interest
What if belonging could be designed into an assistive device before function ever is? Wright's account of 55-plus home design shows a field that has already made this shift. Trading "clinical-looking grab bars" and "walk-in tubs" for curbless showers and open,
2026-27 Capstone
This article is exceptionally relevant to my research topic because it moves my project from a general "rural healthcare" framing into the specific, documented reality of the Amish community. It confirms several assumptions from my own fieldwork, limited transportation, low insurance use, and a cultural preference for home
2026-27 Capstone
This article is relevant to my research topic because it directly complicates a romanticized outside narrative about Amish health that I need to be careful not to unconsciously absorb into my own design assumptions. A viral claim held up Amish communities as proof that vaccines cause chronic disease, framing them
2026-27 Capstone
This article is relevant to my research topic because it shows the real public health stakes tied to vaccination gaps in this community. What stands out most is how carefully the article treats genuine medical uncertainty. Even the experts quoted disagree about whether measles actually caused the infant's
2026-27 Capstone
This article is exceptionally relevant to my research topic because it moves beyond describing the Amish cash-pay healthcare model in the abstract and shows what it actually costs specific families, in dollars and in grief. The Miller families' stories, two infant daughters lost, a son's medical
2026-27 Capstone
What's most relevant to my design thinking is the clear hierarchy the article describes: home remedies and family/church care first, professional medicine second, pursued once a condition is serious enough. That sequencing matters for any tool I design; it wouldn't be replacing a first response;
Preventive healthcare can become difficult to maintain when basic screening and medical resources are located far from rural communities. Research into AI-assisted rural healthcare suggests that emerging technology could help address this distance. As Foster (2026) explains, AI is making it possible to democratize world-class medical expertise, delivering
Business
Access to specialized healthcare can be difficult in rural communities, where patients may need to travel long distances for examinations that are unavailable locally. Inspired by the TytoCare business model, Specialist in a Box explores what might happen if connected diagnostic technology were designed specifically for rural clinics rather than
2026-27 Capstone
For some Amish and Plain families, professional healthcare may be sought after home remedies and community care have already been tried. As one of my Special Interest sources explains, “The Amish do go to doctors, but typically as a second or last resort” (Dimmitt, 2025). Before It’s Urgent explores