Browse categories
Explore
Fiverr Pro
English
$
USD
I will develop wearable smart glasses camera pcb and esp32 embedded systems
About this Gig
I design and develop wearable electronics and embedded PCB systems for smart glasses, AI camera devices, wearable sensors, and IoT wearable technology. My focus is on building compact, low-power, and intelligent embedded hardware systems for next-generation wearable products.
Whether you are building a smart glasses device, AI wearable camera, health monitoring tracker, or ESP32-based wearable system, I can help you design a clean and scalable embedded solution tailored to your project.
What I Can Design
- Smart glasses electronics
- Wearable camera systems
- ESP32 wearable PCB
- Health monitoring systems
- BLE/WiFi wearable devices
- Embedded wearable electronics
Engineering Focus
- Compact PCB architecture
- Low-power embedded design
- Camera and sensor integration
- Wearable wireless communication
- Smart device optimization
- Embedded IoT structure
- Scalable wearable systems
Please contart me before placing order message me with all your requament before contart me
Other Electronics Engineering Services I Offer
FAQ
What wearable devices do you design?
I design smart glasses systems, wearable camera electronics, fitness and health monitoring devices, and ESP32-based wearable embedded systems.
Can you integrate cameras into wearable devices?
Yes. I can support wearable camera integration and embedded vision system architecture.
Do you support wireless communication?
Yes. BLE and WiFi communication can be integrated depending on project requirements.
Can you design low-power wearable systems?
Yes. Low-power optimization is a key focus for wearable embedded electronics.
Will I receive manufacturing-ready files?
Yes. You will receive Gerber, BOM, and Pick & Place files suitable for PCB fabrication.
Can you integrate health or motion sensors?
Yes. I can integrate motion, biometric, environmental, and wearable tracking sensors.
What do you need before starting?
Please provide your wearable concept, preferred MCU/platform, camera/sensor requirements, battery expectations, and reference ideas if available.
