Hardware · validation · data
Biomedical Systems Engineer · Medical Devices
Biomedical sensing systems from prototype to clinical use.
Biomedical engineer leading the translation of novel sensing technologies into wearable and implantable medical products through miniaturized hardware, AI/ML analytics, and cross-functional leadership.
Prototype → validate → transfer
70% → 96%
FlowSense Home field reliability improved from initial Gen 1 home device to final Gen 3 clinical study6 weeks → ~3 weeks
20–30 clinical-study device build cycle reduced across sensor design, builds, encapsulation, testing, and documentation3,000+
hours of physiological/device data collected across Rhaeos sensing programs200+
HA Connect datasets reviewed to improve sensor quality, algorithms, and device workflowsCapabilities
Where I create the most value.
Wearable and implantable sensing systems
Miniaturized medical-device platforms using flexible electronics, adhesives, encapsulation, thermal sensing, BLE/NFC, wireless power, and sensor integration.
Validation, reliability, and regulated development
Requirements, test procedures, FMEA, V&V workflows, inspection records, travelers, reliability debugging, and FDA-ready technical documentation.
Physiological data and ML/AI workflows
Signal processing, feature engineering, model evaluation, bias and overfitting checks, visualization, automation, and tools that turn sensor data into decisions.