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I will design iot wearable pcb, low power embedded electronics using max30009 and esp32
wearable pcb, embedded system
I am a professional electronics engineer specializing in wearable PCB design for smart and compact devices. I help startups, businesses, and innovators bring their ideas to life by designing high-perf...
About this Gig
WELCOME TO MY GIG!
I design IoT wearable PCBs with low-power embedded electronics using MAX30009 and ESP32, delivering compact, reliable, and production ready hardware for real world wearable applications. This service is ideal for health tech startups, device inventors, and embedded product teams who need efficient sensor integration, stable wireless connectivity, and battery optimized PCB design without costly redesigns.
Values That I OFFER:
- Custom schematic design for IoT wearable systems
- Compact, high-density PCB layout (optimized for small form factors)
- Integration of ESP32, MAX30009, and multiple sensors
- Low power design for battery-operated devices
- BLE / WiFi connectivity implementation
- Power management (Li-Po/Li-ion battery support, charging circuits)
- Manufacturing-ready files (Gerber, BOM, Pick & Place)
️ EXPERTISE COVERS:
- Wearable health devices (bioimpedance, ECG-related systems)
- Smart wearable electronics (rings, bands, patches, watches)
- IoT-enabled monitoring and tracking devices
- Ultra-low power embedded system design
Message me now to discuss your wearable PCB project and get started.
Other Electronics Engineering Services I Offer
FAQ
What information do you need to get started?
I require a clear description of your idea, features, preferred components (if any), size constraints, power requirements, and any reference designs or sketches. If you’re unsure, I can guide you through the requirements.
Can you design a complete wearable device from scratch
Yes. I can handle the full design process including schematic, PCB layout, component selection, and preparation of manufacturing files for production.
Do you work with ESP32 and MAX30009 specifically?
Yes. I have experience integrating ESP32 for connectivity and MAX30009 for bioimpedance and health-related measurements, along with other sensors and embedded components.
Will the design be optimized for low power consumption?
Absolutely. Power efficiency is a core focus for wearable devices. I implement low-power design techniques to maximize battery life and performance.
