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I will design miniaturized wearable sensor pcb and embedded ble firmware
pcb design embedded system and firmware development
Hi, I'm Smithgold, a PCB Design, Embedded Systems, and Firmware Development Engineer. I specialize in custom PCB design, schematic capture, embedded C/C++, STM32, ESP32, ARM Cortex, FreeRTOS, and IoT ...
About this Gig
Hello and Welcome!
Your wearable device is not simply a smaller PCB it is a constrained embedded system where board area, sensor placement, RF performance, power consumption, thermal behavior, and firmware architecture must work together.
I will design compact wearable electronics around real engineering requirements, from sensor acquisition and BLE communication to low-power operation and production-ready PCB layout. Whether you're developing a smart wearable, health-monitoring device, fitness tracker, IoT wearable, or custom sensor platform.
What I Will Provide:
- Custom wearable PCB schematic design
- Miniaturized PCB layout and routing
- Sensor integration and signal conditioning
- BLE/Bluetooth Low Energy implementation
- Embedded firmware development
- STM32, ESP32 and nRF52-based designs
- Low-power and battery optimization
Why Choose Me:
- Wearable electronics expertise
- Compact PCB engineering
- BLE firmware development
- Low-power design
- Sensor integration
- Embedded C/C++ development
- Production-focused design
Have a wearable concept, schematic, prototype, or technical specification? message now and let's get started!!!!
FAQ
What type of wearable devices can you design?
I can design smart wearables, fitness trackers, health-monitoring devices, BLE sensors, smart patches, IoT wearables, and custom portable electronics.
Can you design both the PCB and firmware?
Yes. I can handle the complete hardware and embedded firmware workflow, including sensor integration, BLE communication, GPIO, I2C, SPI, UART, and power management.
Which microcontrollers do you work with?
I can work with platforms such as nRF52/nRF52840, STM32, ESP32, and other suitable low-power MCUs based on your requirements.
Can you make the PCB very compact?
Yes. I can optimize component placement, routing, layer stack-up, and board dimensions for compact wearable applications.
Can you make the PCB very compact?
Yes. I can optimize component placement, routing, layer stack-up, and board dimensions for compact wearable applications.
Can you integrate sensors into the PCB?
Yes. I can integrate sensors for motion, temperature, pressure, heart-rate-related applications, environmental monitoring, and other measurement requirements.
