I will design wearable electronics, compact pcb, battery, ble imu sensor and firmware
Electronics Engineer Miniature PCB, Embedded Systems, BLE, ESP32 and nRF52
About this Gig
I provide wearable electronics design and development for compact, battery-powered devices, including miniature PCB design, BLE connectivity, IMU sensor integration, battery management, and embedded firmware.
I can develop hardware for smart wearables, fitness trackers, motion sensors, activity monitors, portable IoT devices, and other space-constrained electronics.
What My Service Includes
- Miniature PCB design
- Wearable electronics design
- PCB schematic design
- PCB layout and routing
- BLE integration
- IMU sensor integration
- Accelerometer and gyroscope integration
- LiPo battery integration
- Battery charging circuits
- Power management design
- Low-power optimization
- Embedded firmware development
- Sensor data processing
- Hardware-firmware integration
- Gerber, BOM and manufacturing files
Message me before ordering to discuss your device requirements.
FAQ
What type of wearable electronics can you design?
I can design fitness trackers, smart wearables, motion sensors, activity monitors, portable IoT devices, and other compact electronics.
Can you design a miniature PCB?
Yes. I can optimize the schematic and PCB layout for small form factors and space-constrained wearable devices.
Can you integrate BLE?
Yes. I can integrate Bluetooth Low Energy using suitable BLE microcontrollers or modules and develop the required firmware.
Can you design the battery and power system?
Yes. I can integrate LiPo batteries, charging circuits, protection, voltage regulation, and power-management components.
Do you provide firmware?
Yes. Embedded firmware can be developed for sensor reading, BLE communication, power management, and device control.
What files will I receive?
Depending on the package, deliverables can include schematics, PCB files, BOM, Gerbers, manufacturing files, and firmware source code.
Can you work with an existing design?
Yes. I can review, modify, optimize, or continue an existing wearable PCB and firmware project.
Can you optimize the device for low power?
Yes. Hardware and firmware can be considered together to reduce power consumption and improve battery life.
What do you need before starting?
Please provide your device requirements, preferred components if any, dimensions, battery requirements, sensors, connectivity requirements, and any existing schematics or reference designs.

