I will design 4 layer medical pcb, schematic, wearable and embedded firmware
pcb design and embedded system
About this Gig
Transform your medical device and wearable concept into a reliable, production-ready PCB and embedded system!!
Medical electronics demand exceptional reliability, signal integrity, and low-power performance. Whether you're developing a wearable health monitor, diagnostic device, biomedical sensor, or healthcare IoT product, I provide end-to-end hardware and embedded firmware solutions designed for prototyping, testing, and manufacturing.
What I Will design:
- 4-Layer Medical PCB Design
- Schematic Capture & PCB Layout
- Medical Wearable Electronics
- Embedded Firmware Development (C/C++)
- Low-Power Hardware Design
- Analog & Digital Circuit Design
- Sensor Integration (ECG, SpO2, Temperature, IMU, Bioimpedance)
- BLE, Wi-Fi & Wireless Connectivity
- ESP32, STM32 & nRF52 Development
Why Choose Me?
- Specialized in medical electronics and wearable device design
- Expertise in 4-layer PCB stack-up and signal integrity
- Experience with ESP32, STM32, nRF52, and biomedical sensors
- Clean, scalable, and manufacturing-ready designs
Ready to build a dependable medical PCB and wearable embedded system tailored to your application? message now and let's get started!!!
Other Electronics Engineering Services I Offer
FAQ
What medical PCB design services do you offer?
I design 4-layer medical PCBs, schematics, PCB layouts, wearable electronics, embedded firmware, sensor integration, and manufacturing-ready hardware for medical and healthcare applications.
Which microcontrollers do you support?
I work with ESP32, STM32, nRF52840, nRF5340, MSP430, and other microcontrollers based on your project requirements.
Can you develop embedded firmware for wearable devices?
Yes. I develop embedded firmware in C/C++ for medical wearables, including BLE, Wi-Fi, sensor communication, low-power optimization, and real-time data acquisition.
Which biomedical sensors can you integrate?
I can integrate ECG, SpO₂, heart rate, bioimpedance, temperature, IMU, accelerometer, gyroscope, pressure, and other medical or wearable sensors.
Can you design low-power wearable electronics?
Absolutely. I specialize in low-power PCB design with battery management, charging circuits, sleep modes, and power optimization for portable medical devices.
2 reviews for this Gig
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Rating Breakdown
- Seller communication level
- Quality of delivery
- Value of delivery
Sort By
H hasany2007

United States
Ongoing collaborationOscar is genuinely a pretty good contractor. He’s especially good at speed which i’ve noticed. It was great working with him.
$1,000-$2,500
Price
11 days
Duration
Helpful?H hasany2007

United States
Ongoing collaborationHe delivered pretty fast. Faster than expected.
$800-$1,000
Price
11 days
Duration
Helpful?
2 reviews for this Gig
| (2) | ||
| (0) | ||
| (0) | ||
| (0) | ||
| (0) |
Rating Breakdown
- Seller communication level
- Quality of delivery
- Value of delivery
Sort By
H hasany2007

United States
Ongoing collaborationOscar is genuinely a pretty good contractor. He’s especially good at speed which i’ve noticed. It was great working with him.
$1,000-$2,500
Price
11 days
Duration
Helpful?H hasany2007

United States
Ongoing collaborationHe delivered pretty fast. Faster than expected.
$800-$1,000
Price
11 days
Duration
Helpful?

