System Architecture And Algorithm Engagements In Healthcare

Discover The Projects

Some healthcare engagements are upstream of test infrastructure entirely: an algorithm that does not exist yet, a data architecture that two incompatible electronic health record systems have never agreed on, a device whose physical and electrical scope has not been defined. The clients below each came to Good Automation at that earlier stage, where the problem was still being shaped.

Good Automation engaged each client on the architectural work itself: signal processing for a sleep apnea diagnostic startup, validating novel diagnostic algorithms against polysomnograph reference data; a multi-site EHR data synchronization architecture spanning roughly fifty states and two incompatible records platforms, with notes synchronization laying groundwork for AI-driven clinical intelligence; and the system, mechanical, and electrical scoping for an implantable pulse generator startup, defining technical architecture and feasibility for a medical robotic nerve stimulation program. Three different stages of definition, one consistent posture: get the architecture honest before anyone writes production code.

Multi-site EHR data synchronization architecture design

For Multi-Site Healthcare Organization: Architected a data synchronization solution for a multi-site healthcare organization operating across approximately 50 states, spanning three projects starting in 2023.

Implantable pulse generator system architecture scoping

For Implantable Neurostimulation Startup: Provided system architecture and mechanical/electrical engineering scoping for the client, an implantable pulse generator (IPG) startup.

Sleep apnea diagnostic algorithm signal processing prototype

For Sleep Diagnostics Startup: Developed algorithm for a sleep apnea diagnostic startup, processing physiological signals and comparing results against polysomnograph (sleep study) reference data to develop novel diagnostic algorithms.

Trusted by

Medtronic GD Energy Products Bell Helicopter Johnson & Johnson GE Healthcare Halliburton Shell Stryker Alcon Abbott Qorvo Qualcomm Keysight Technologies National Instruments MIT Oak Ridge National Lab Ethicon Bridgestone IBM U.S. Department of Energy Georgia Tech Stanford University University of Texas at Austin Verb Surgical Berkeley Lab Pacific Northwest Lab Hewlett Packard Enterprise Gardner Denver Lockheed Martin

Project Highlights

  • 3-project engagement covering complementary scopes under one engineering relationship.
  • Capability mix: Embedded Systems, Medical Device, Robotics.
  • Engineering scoped to the customer's actual operating context: measurement integrity and device behavior under realistic conditions, without overlaying regulatory boilerplate that did not apply to this engagement.