I will design custom smartwatch, wearable device, ble pcb, embedded firmware
Pcb design and embedded system
About this Gig
Build Your Wearable Device with Professional Hardware and Firmware Engineering
Creating a smartwatch or wearable product requires much more than simply connecting components. It demands careful power optimization, compact PCB layout, wireless communication reliability, sensor integration and stable embedded firmware.
I help startups, companies, and innovators transform wearable concepts into production ready electronic products.
Whether you are developing a smartwatch, fitness tracker, medical wearable, BLE sensor, or custom wearable device, I provide complete hardware and firmware development.
Services Included:
- Smartwatch PCB Design
- Wearable Device PCB
- BLE PCB Design
- Embedded Firmware Development
- Nordic nRF52 Development
- ESP32 Wearable Design
- STM32 Firmware
- Low Power Design
- Flexible PCB Design
- Rigid Flex PCB
Development Platforms:
- Altium Designer
- KiCad
- EasyEDA
- Eagle PCB
- STM32CubeIDE
- ESP IDF
- Arduino IDE
Why work with me:
- Production ready PCB designs
- Compact wearable layouts
- Low power optimization
- Reliable BLE communication
- Manufacturing ready deliverables
- Fast communication
- Professional engineering documentation
Let's bring your wearable product from idea to reality.
FAQ
What wearable devices do you design?
Smartwatches, fitness trackers, health monitors, BLE sensors, industrial wearables, GPS trackers, medical wearables, and custom embedded devices.
Can you develop firmware?
Yes. I develop embedded firmware for STM32, Nordic nRF52, ESP32, Arduino and other ARM Cortex M microcontrollers.
Which PCB software do you use?
Altium Designer, KiCad, EasyEDA, Autodesk Eagle, and other professional PCB tools.
Can you make production ready designs?
Yes. Every project includes manufacturing-ready Gerber files, BOM, Pick and Place files and complete fabrication outputs.
Can you optimize battery life?
Absolutely. Low power design is one of the most important aspects of wearable electronics and I optimize both hardware and firmware for maximum battery efficiency.

