I will design smart iot pcb multi sensor board with wireless ble wifi low power system

United States

I speak English, Spanish, French, German, Italian, Arabic

Designing TinyML and Wearable PCB, Low Power Edge AI Boards Ready for Production

I specialize in TinyML, Edge AI, and wearable PCB design for IoT, robotics, and health devices. I deliver low-power, production-ready boards with schematics, Gerber files, BOM, 3D renders, and assembl...
About this Gig

I work on PCB designs that go beyond basic boards.


This includes systems where multiple sensors, wireless communication, and power constraints all need to work together on one device.


What I handle in these projects:

  • Multi-sensor PCB design (motion, temperature, environmental, etc.)
  • Wireless integration (BLE, WiFi, cellular modules)
  • Low power design for battery-based systems
  • Converting a concept or rough idea into a working PCB


Most projects involve combining things like motion sensors, environmental sensors, or custom inputs with BLE, WiFi, or cellular connectivity.


These are often battery-powered, so layout decisions and component choices matter more than usual.


You'll receive a complete design:

  • Schematic
  • PCB layout
  • Gerber files
  • BOM

Everything is prepared so it can go straight to manufacturing.


If the board needs to fit into a product, a 3D view is included to check placement.


This type of work is suited for:

  • IoT devices
  • Sensor-based products
  • Smart systems running on a single board


Clean routing, proper connections, and avoiding issues that usually show up during production.


If you already have a concept, rough idea, or partial design, thats enough to get started.

Specialization:

Circuit design

•

Schematics

•

Layout

•

Simulations

File format:

Gerber

•

STEP

•

BRD

•

SCH

•

ODB

Software:

Altium Designer

•

EasyEDA

•

Fusion 360

•

KiCad

•

LTspice

•

Matlab

Interface:

UART

•

USB

•

SPI

•

I2C

•

SDIO

•

Wi-Fi

•

BLE

•

BT

•

GSM/GPRS

•

LTE

•

CAT-M1

•

NB-IoT