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I will design medical wearable pcb using nrf52840, max30009 and ble
Arduino, ESP32, Retro Computer PCB and Embedded Hardware
I'm an experienced Electronics and Embedded Systems Engineer specializing in custom PCB design, Arduino, ESP32, and retro computing hardware. I develop reliable, production-ready electronic solutions ...
About this Gig
Hello and Welcome!!
Designing a medical wearable PCB using the Nordic nRF52840, MAX30009, and Bluetooth Low Energy (BLE) requires expertise in low-power electronics, biomedical signal acquisition, RF design, power management, and compact PCB layout.
What I Provide;
- Medical Wearable PCB Design
- nRF52840 BLE Hardware Design
- MAX30009 ECG Analog Front-End Integration
- Schematic Capture & Multilayer PCB Layout
- Low-Power Circuit Optimization
- RF & BLE Antenna Design
- Battery Charging & Power Management
- Sensor Integration (ECG, PPG, SpO, IMU, Temperature)
- Embedded Firmware Support
- Gerber, BOM & Pick-and-Place Files
- 3D PCB Visualization
- Manufacturing-Ready Documentation
Why Choose Me;
- Professional embedded hardware engineer
- Optimized low-power wearable designs
- Clean PCB layout with excellent signal integrity
Contact me before placing your order to discuss your medical wearable project. Together, we'll develop a compact, reliable, and production-ready PCB solution that brings your healthcare innovation to life.
Specialization:
Circuit design
•
Schematics
•
Layout
•
Analysis
•
Gerber
File format:
Gerber
•
STEP
•
BRD
•
3DS
•
Interface:
HDMI
•
MIPI DSI/CSI
•
PCIe
•
GSM/GPRS
•
NB-IoT
Other Electronics Engineering Services I Offer
FAQ
Do you design with nRF52840 and MAX30009?
Yes. I specialize in integrating the Nordic nRF52840 BLE SoC with the MAX30009 analog front-end for compact, low-power medical wearable applications.
Can you develop firmware for the wearable?
Yes. I can develop embedded firmware for the nRF52840, including BLE communication, sensor interfacing, and power optimization.
Can you integrate additional sensors?
Absolutely. I can integrate ECG, PPG, SpO₂, IMU, temperature, pressure, accelerometer, and other medical or environmental sensors.
Will the PCB be optimized for low power consumption?
Yes. Every design is optimized for battery-powered wearable devices with efficient power management and compact PCB layout.
Is the design ready for manufacturing?
Yes. All designs follow Design for Manufacturing (DFM) guidelines and include the files required for PCB fabrication and assembly.
Can you sign an NDA?
Yes. I am happy to sign a Non-Disclosure Agreement (NDA) to protect your intellectual property and project confidentiality.
Can you redesign or improve an existing medical PCB?
Yes. I can review, optimize, troubleshoot, or redesign your existing PCB to improve performance, size, reliability, and manufacturability.
What types of medical wearable devices can you design?
I design PCBs for ECG monitors, heart rate monitors, SpO₂ devices, fitness trackers, biosensors, health monitoring wearables, and other BLE-enabled medical devices.
