Why I built it
I wanted to move FlowSense from in-clinic spot checks into a durable home-use wearable system.
Medical devices
FlowSense Home / Lynx
Longitudinal home-use wearable for continuous hydrocephalus monitoring in daily life and sleep.
completed 2023–2025 WearablesHome monitoringThermal sensingClinical workflow
Type product
Skills Wearable sensing, Home-use workflow, Thermal visualization, Data organization
Project summary
Why it exists, what I built, and what I learned.
What I built
Wearable device builds, data organization workflows, thermal visualization, charging and adhesive iteration, and home-use study support.
What worked
The system became useful because it translated patient and clinician feedback into better placement, charging, and data-quality decisions.
What failed
Home-use wearables expose edge cases around placement, motion, charging, and adhesion that are hard to see in the lab.
What I learned
Successful home monitoring depends as much on workflow and usability as it does on sensor performance.
Stack
Tools, systems, and technical areas involved.
Wearable sensingQi chargingThermal mapsPatient feedbackHome-use studySignal quality
Links and direction
Public links and next steps.
Keep simplifying the user workflow and expand the same sensing platform to adjacent use cases.
Related projects
Other projects in the same neighborhood.
Medical devices
FlowSense Clinical / ACE
Clinical-grade wearable system for noninvasive assessment of CSF shunt patency using thermal transport, with algorithm validation and FDA-ready workflows.
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Soft multimodal sensing patch for continuous wound monitoring and prediction of wound-healing progression.
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