I will design smartwatch pcb, ble, amoled, sensors and embedded firmware
Electronics and Embedded Systems Engineer
Sobre este Serviço
I design custom smartwatch and wearable electronics around your specific requirements, from component selection and schematic development through PCB layout, firmware integration and prototype-ready documentation.
What I can design:
- Custom smartwatch PCB and electronic architecture
- BLE / Bluetooth Low Energy connectivity
- AMOLED display interfaces and control
- Heart-rate, motion, temperature and other sensor interfaces
- MCU-based embedded systems
- Battery charging and power management
- Touch, buttons, haptics and peripheral interfaces
- I2C, SPI, UART, I2S, USB and other embedded interfaces
- Low-power and battery-operated electronics
- Embedded firmware and peripheral drivers
Deliverables:
- Complete electronic schematic
- Professional PCB layout and routing
- Component selection and BOM
- Firmware development and hardware integration
- Gerber, drill and manufacturing files
- Pick-and-place files where required
- Design documentation and technical notes
Send me your requirements, block diagram, existing schematic or product concept, and Ill review the project and recommend the right hardware architecture.
Perguntas frequentes
Can you work with my preferred MCU or existing hardware platform?
Yes. I can work with your selected MCU, SoC, sensors, display, wireless chipset, or existing reference design, provided the components are technically suitable.
Can you design the PCB around a specific smartwatch size or enclosure?
Yes. I can design around your target dimensions, board shape, mounting points, component height limits, battery location, buttons, display and other mechanical constraints.
Can you work from an existing schematic or partially completed design?
Yes. I can review, correct, optimize or complete an existing schematic, PCB, component selection or firmware project.
Can you help select the components if I don't have them finalized?
Yes. I can recommend suitable components based on your required functionality, power consumption, availability, performance and manufacturing requirements.
Can you design the electronics for a prototype and later production?
Yes. I can structure the design with manufacturability, component availability, assembly requirements and future production scalability in mind.

