A.I. Robotics and Healthcare: Dr. Conor McGinn

In this talk

1. 0:35

   Why care needs are growing

   McGinn describes healthcare costs and the pressures created by an aging population. He cites social isolation, falls, dementia, and the growing need for both professional and family caregivers, noting that the number of people over 82 is expected to triple by 2050.

2. 4:01

   Robots can support care and connection

   He surveys robotic applications including wearable mobility aids, surgical systems, and socially assistive robots. These social robots may improve quality of life through companionship, entertainment, and a sense of purpose, which can indirectly support healthy routines.

3. 8:02

   Stevie’s role in senior communities

   McGinn says the team designed its robot to support care staff, address loneliness, and potentially gather information about residents’ wellbeing over time. Stevie uses cameras, depth and laser sensors, and microphones, and combines independent tasks with remote human control. At Norwood, it joined regular activities such as bingo and video calls.

4. 14:02

   Design for real-world failure and learning

   During bingo, Stevie’s sound system repeatedly failed, yet residents encouraged the robot and their feedback remained positive. McGinn argues that developers should consider how people respond when a system breaks down. His team also begins with remote operation so researchers can learn what data and behaviors matter before building autonomy.

5. 18:12

   Human oversight and distributed intelligence

   McGinn says some useful applications do not require autonomous robots: remotely operated Stevie helped residents join video calls and encouraged participation in group singing. He also sees potential in combining information from sensors and staff to spot changes such as unusual sleep or nighttime wandering, then inform caregivers.