I will design ai smart goggles pcb, camera integration and embedded firmware
pcb design and firmware development
About this Gig
Hello and Welcome!
Building AI smart goggles requires precise PCB design, seamless camera integration, and efficient embedded firmware to ensure real-time processing, compact size, and reliable performance. From concept to working prototype, I help you develop a complete hardware solution for your smart wearable device.
Whether you're creating AR/VR goggles, vision-based AI systems, or smart display wearables, I will do a professional and scalable approach to bring your idea into reality.
What I Will Provide
- Custom PCB design for AI smart goggles
- Camera module integration (MIPI CSI, USB, etc.)
- Embedded firmware development (ESP32, STM32, or custom MCU)
- Display integration (OLED, Micro-OLED, LCD)
- Power management & battery optimization
- High-speed signal routing (camera/display interfaces)
- Compact and wearable-focused design
- Testing, debugging, and optimization
Why Choose Me:
- Strong experience in PCB design and embedded systems
- Expertise in camera and display integration
- Focus on compact, high-performance wearable devices
- Clean, production-ready designs
- Clear communication and reliable delivery
Have a smart goggles idea or project in mind? Message no and let's get started!!
Other Electronics Engineering Services I Offer
FAQ
Can you design a complete system or just the PCB?
I can handle both—PCB-only design or a full system including camera integration and embedded firmware.
What camera modules can you integrate?
I support MIPI CSI, USB, and other compatible camera modules depending on your project needs.
Do you work with AI-capable processors?
Yes, I can design around ESP32, STM32, and other AI-capable or edge-processing hardware platforms.
Can you integrate Micro-OLED or other displays?
Yes, I can integrate Micro-OLED, OLED, or LCD displays suitable for smart goggles and wearable devices.
Do you provide firmware development as well?
Yes, I develop embedded firmware for camera handling, data processing, and system control.
Can you optimize the design for compact wearable size?
Absolutely. I focus on compact, lightweight, and efficient layouts suitable for wearable devices.

