Career archiveConnected technology
Record 35Historical design work

Artificial-pancreas systems: remote oversight and human context

Explored how sensors, delivery devices, communications, software, and human oversight fit into a broader automated-care system.

Period
Early architecture work and 2014 educational presentation
Kevin’s role
Systems architect, inventor, and presenter
artificial pancreasAIDautomated insulin deliveryRCAPC4Iremote command and controlsensorssystems architecturehuman factorsdevice integration

Scope of the record

Kevin’s career archive includes early remote-command-and-control concepts, a glucose-monitoring patent application, and his 2014 presentation Road to the Artificial Pancreas. The contribution concerns system architecture and practical operating context around sensors, dosing devices, communications, software, and people.

These are historical design and education records. They do not claim that Kevin independently invented all automated insulin delivery, obtained approval for an artificial pancreas, or owns current commercial AID products.

The system view

The 2014 presentation distinguishes static configuration from dynamic information and emphasizes that an automated system must work with the limitations of its devices, software, networks, and users. It considers remote communication, synchronization, device condition, contextual signals, user communication, and caregiver awareness.

This is consistent with the earlier patent application’s wider architecture for remote data, analysis, feedback, and patient-management teams. The concept recognizes that local automation and the ability to understand what is happening around it are connected design problems.

Human factors and situational awareness

Kevin’s presentation discusses making information readily perceptible and adding useful context from activity, environment, and user behavior. It includes the need to inform the patient or a remote caregiver, not only to compute an output.

The practical focus on context later appears in Sugar Surfing’s education work, clinical sensor integration at Ultragenyx, and patient-narrative exploration. The continuity is an operating and information-design perspective, not a claim that all of these projects are the same technology.

Evidence and attribution

The public patent application names Kevin as inventor and provides a dated technical record. Road to the Artificial Pancreas is Kevin’s own 2014 presentation preserved in his career archive. Related implantable-sensing and artificial-pancreas material exists in the archive, but this public account does not assign an unverified specialist engineering role or grant outcome to Kevin.

The record is useful for understanding his long-term engagement with connected devices, remote oversight, human factors, and the limits of automation.

Sources and record basis

  1. Patent applicationGoogle Patents · US20050038680A1

    Names Kevin McMahon as inventor. Priority: December 19, 2002; filing: February 3, 2004; publication: February 17, 2005. The publication documents an architecture; it is not presented as an active granted patent.