I will design wearable ble electrochemical biosensor pcb with firmware
pcb design and firmware development
About this Gig
Hello and Welcome!
Are you developing a wearable electrochemical sensing device and need a reliable, low-noise, production-ready PCB with BLE connectivity?
I specialize in designing wearable BLE electrochemical biosensor systems, including precision potentiostat circuits, analog front-end design, and embedded firmware development. Whether you're building a medical prototype, research device, or IoT health monitor, I deliver optimized hardware designed for accuracy, low power, and stability.
What I Offer:
- Precision potentiostat circuit design
- Low-noise analog front-end (AFE) design
- BLE-enabled microcontroller integration
- Multi-layer wearable PCB layout (26 layers)
- Signal integrity & EMI-conscious routing
- Low power optimization for wearable use
- Embedded firmware (BLE communication, data logging)
- Schematic, PCB, Gerbers, BOM, Pick & Place
Why Choose Me?
- Strong background in PCB design and power electronics
- Experience with wearable and embedded systems
- Focus on low-noise signal accuracy
- Clean, manufacturable layouts
- Professional documentation
Message me before placing an order so we can review your sensing range, power requirements, and performance targets!!!
Other Electronics Engineering Services I Offer
FAQ
What type of electrochemical sensing do you support?
I design potentiostat circuits for amperometric, voltammetric, and chronoamperometric measurements.
Do you design low-noise analog front ends (AFE)?
Yes. I focus on low-noise signal conditioning, precision current measurement, and stable reference control.
Can you integrate BLE communication?
Yes. I integrate BLE-enabled microcontrollers for wireless data transmission to mobile or desktop apps.
Do you develop the firmware as well?
Yes. I provide embedded firmware for BLE communication, sensor control, data acquisition, and logging.
Can this be designed as a wearable device?
Yes. I optimize PCB size, power consumption, and layout for compact wearable applications.

