I will develop wearable medical device pcb with ecg eeg imu pressure sensors
Embedded Systems and PCB Design Engineer
About this Gig
Wearable Medical Device PCB Design with ECG, EEG, IMU & Pressure Sensors
I will develop custom wearable medical device hardware with professional PCB design, embedded firmware, and sensor integration tailored to your application.
Whether you're building a health monitoring device, biosensor platform, research prototype, or wearable healthcare product, I can help transform your concept into a reliable and manufacturable solution.
What I Offer
- Custom wearable medical device PCB design
- Embedded firmware development
- ECG, EEG, IMU, pressure, and other sensor integration
- Schematic capture and PCB layout
- Low-power design optimization
- BLE and Wi-Fi connectivity support
- BOM (Bill of Materials) preparation
- Production-ready manufacturing files
Why Choose Me?
- Expertise in PCB and embedded systems design
- Reliable, compact, and manufacturable solutions
- Focus on low-power wearable applications
- Clear communication and timely delivery
Please contact me with your project requirements, target sensors, connectivity needs, power requirements, and device specifications before placing an order.
Let's build a professional wearable medical device that is ready for prototyping and production.
FAQ
Which sensors can you integrate into the wearable medical device?
I can integrate ECG, EEG, IMU, pressure, heart rate, SpO₂, temperature, and other compatible sensors.
Can you develop both the PCB and firmware?
Yes, I provide complete hardware design, PCB layout, embedded firmware development, and sensor integration.
Can you add Bluetooth or Wi-Fi connectivity?
Yes, I can integrate BLE, Wi-Fi, and other wireless communication options for data transfer and remote monitoring.
Will the design be ready for manufacturing?
Yes, you will receive production-ready files including schematics, PCB layouts, Gerbers, BOM, and documentation.
What do you need before starting the project?
Please provide your device requirements, target sensors, connectivity preferences, power source details, and size constraints.

