Wearable and implantable sensing systems
Miniaturized medical-device platforms using flexible electronics, adhesives, encapsulation, thermal sensing, BLE/NFC, wireless power, and sensor integration.
Biomedical Systems Engineer · Medical Devices
Biomedical sensing systems from prototype to clinical use.
Biomedical systems engineer building wearable and implantable medical-device sensing systems across hardware, validation, manufacturing, physiological data workflows, and ML/AI-enabled tools.
Capabilities
Where I create the most value.
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.
Through line
From early hardware curiosity to biomedical systems.
Early engineering
Learning by building.
I started building hardware around 2010 through hands-on projects that mixed electronics, mechanics, soldering, and control systems: 3D LED displays, wireless motion control, an electromagnetic launcher, a balsa-wood 3D printer, and a plastic-recycling setup. Those projects taught me digital control, transistors, mechanical design, and troubleshooting.
Interest in medicine
Seeing healthcare up close.
Around 2014, hospital volunteering pulled me toward medicine. Helping staff and nurses with day-to-day patient-care tasks gave me a closer look at clinical environments, medical devices, physiology, and the human side of care. It was the first time I saw technical details affect someone’s day.
Biomedical systems
Biomedical Engineering.
Biomedical engineering became the place those interests fit together: hardware, electronics, sensing, and systems engineering applied to healthcare. That path grew into medical devices, wearable and implantable sensing systems, preclinical and clinical validation, patient interaction, and the work needed to move a device into real use.
Selected work
Engineering work and projects.
01
Medical devices
FlowSense clinical and home systems
Regulated wearable sensing work across clinical validation, home-use monitoring, reliability, manufacturing readiness, and physiological ML workflows.
02Implantables
Wireless battery-free bioelectronics
Publication-backed implantable platforms across photometry, neurostimulation, osseosurface sensing, and high-power FES.
03AI systems
OpenClaw
Local AI-agent workflow system for project execution, memory, technical planning, and automation.
Contact
Reach out about a role, collaboration, or technical project.
For recruiting, engineering conversations, project questions, or relevant collaboration, send a short note with context and the best way to follow up.