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I will design wearable iot pcb esp32 nrf52 ble embedded firmware system
About this Gig
I develop compact, high-performance wearable IoT hardware with optimized PCB design, embedded firmware, and BLE connectivity using ESP32, STM32, and nRF52 platforms. Whether you are building a smart wearable, health monitoring device, BLE sensor, or low-power embedded product, I deliver reliable engineering solutions ready for real-world use and manufacturing.
Unlike many generic PCB freelancers, I focus on complete embedded system development with attention to low power optimization, stable wireless communication, compact layout, and production-ready design.
What I Offer
- Wearable IoT PCB design
- ESP32 STM32 nRF52 integration
- Embedded firmware development
- BLE and WiFi connectivity
- Low power optimization
- Compact multilayer PCB layout
- Schematic design
- Sensor integration
- Battery-powered system design
- PCB debugging and testing
- BOM and Gerber files
- Manufacturing-ready output
- Embedded system prototyping
Tools I Use
- Altium Designer
- KiCad,
- Eagle,
- Proteus,
- MATLAB,
- ESP-IDF,
- Arduino IDE
Send your project requirements and lets build a professional wearable IoT system tailored to your goals.
Platform:
ESP32
Expertise:
Firmware development
•
Debugging
•
Microcontrollers
•
IoT
•
PLC
Other Electronics Engineering Services I Offer
FAQ
Can you develop both PCB and embedded firmware?
Yes, I provide complete wearable IoT hardware development including PCB, firmware, BLE, and sensor integration.
Which MCU platforms do you support?
I work with ESP32, STM32, Arduino, and nRF52 for embedded and wearable systems.
Do you optimize for low power devices?
Yes, I design battery-efficient wearable systems with optimized power consumption and BLE performance.
Will my PCB be manufacturing ready?
Yes, you will receive Gerber, BOM, and production-ready files for fabrication and assembly.
Can you integrate sensors and wireless connectivity?
Yes, I integrate BLE, WiFi, sensors, displays, and communication interfaces into embedded systems.
Do you redesign or improve existing hardware?
Yes, I can optimize, debug, or upgrade your current PCB and embedded firmware design.
What software tools do you use?
Altium Designer, KiCad, Eagle, Proteus, MATLAB, ESP-IDF, and Arduino IDE.
Can you support prototyping and testing?
Yes, I assist with debugging, testing, and hardware validation for reliable performance.
Is my project confidential?
Yes, all projects are handled professionally with full confidentiality.
