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I will design ai wearable hardware pcb ble and sensor firmware
About this Gig
High-performance wearables demand tight mechanical constraints, flawless signal integrity, and optimized power management. This gig delivers production-grade hardware engineering tailored specifically for wearable and compact IoT devices.
Core Capabilities Included in This Gig:
PCB Design & Layout: Rigid-flex architectures, optimized layer stacks, and tight form-factors.
Wireless Optimization: Clean antenna routing for Bluetooth Low Energy (BLE) and minimal power states.
Sensor Integration: Low-latency IMUs, biometric sensors, and environmental sensor fusion.
Firmware Architecture: Bare-metal or RTOS-based C/C++ firmware built for ultra-low power consumption.
Looking for a Complete Full-Stack Solution?
To keep project scopes clean, this gig targets core hardware and BLE connectivity. However, my team and I handle the entire product ecosystem. Message me in the chat to expand your project scope into:
Onboard Audio & Microphones: MEMS microphone arrays, I2S/PDM routing, and audio codecs.
Cellular IoT: LTE-M / NB-IoT implementation for untethered tracking and telemetry.
Edge-AI & On-Device ML: TinyML deployment, local keyword spotting, and sensor-based AI models.
File format:
Gerber
•
BRD
•
SCH
•
Software:
Altium Designer
•
KiCad
Interface:
USB
•
SPI
•
I2C
FAQ
Can you handle audio, cellular, and AI model deployment?
Yes. While this specific gig focuses on core PCB, BLE, and sensor integration, I offer full-stack development. Please message me directly to add audio codecs, cellular modules, or TinyML models to your custom project scope.
What files do I receive upon project completion?
You will receive the complete design source files (Altium or KiCad), Schematics (PDF), Gerber files for manufacturing, Bill of Materials (BOM) with sourcing links, and the firmware source code.
What is your approach to revisions?
I offer unlimited revisions during the design phase. We do not finalize the project until the schematics and layout match your exact mechanical and functional requirements.
