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I will develop wearable ble electrochemical sensor pcb hardware and firmware
pcb design and firmware development
Hi, I’m Williams, a professional PCB Designer and Firmware Developer with strong experience in high-speed multilayer PCB layout, controlled impedance routing, and embedded systems development. I desig...
About this Gig
Hello and Welcome!
Are you building a wearable electrochemical sensing device and need a reliable, low-noise PCB with BLE connectivity and embedded firmware? Whether you are a startup, research lab, or medical device innovator, I deliver optimized hardware designed for accuracy, stability, and low power operation.
What I Deliver:
- Electrochemical sensing circuit design (amperometric / voltammetric)
- Precision potentiostat and low-noise analog front-end
- BLE microcontroller integration
- Multi-layer wearable PCB design (26 layers)
- Signal integrity & EMI-conscious layout
- Low power optimization for battery operation
- Embedded firmware (BLE communication, data acquisition)
- Gerber files, BOM, Pick & Place, 3D files
- Manufacturing-ready documentation
Why Work With Me?
- Strong expertise in PCB and power electronics design
- Experience in embedded systems and BLE communication
- Focus on low-noise, precision analog performance
- Clean, production-ready layouts (Altium / KiCad)
- Clear communication and professional documentation
Message me before placing an order to discuss sensing range, accuracy targets, and power requirements!!
Other Electronics Engineering Services I Offer
FAQ
What types of electrochemical measurements do you support?
I design circuits for amperometric, voltammetric, and chronoamperometric sensing applications.
Do you design the potentiostat circuit?
Yes. I design precision potentiostat circuits with low-noise analog front-end optimization
Is BLE communication included?
Yes. I integrate BLE-enabled microcontrollers and develop firmware for wireless data transmission.
Do you provide embedded firmware?
Yes. I develop firmware for sensor control, data acquisition, BLE communication, and power management.
Can this be optimized for wearable use?
Yes. I design compact, low-power, multi-layer PCBs suitable for battery-powered wearable devices.
