I will design smart iot pcb multi sensor board with wireless ble wifi low power system
Designing TinyML and Wearable PCB, Low Power Edge AI Boards Ready for Production
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.
FAQ
What kind of systems do you usually design?
Boards that combine multiple sensors, wireless communication, and low power operation in one system. Not just simple single-function PCBs.
Can you work from an idea or do I need a full specification?
An idea is enough. Even a rough description or use case works to get started.
What types of sensors can be included?
Motion, temperature, humidity, gas, pressure, and other environmental or custom sensors depending on the project.
Do you handle wireless communication?
Yes. BLE, WiFi, and cellular options like LTE or NB-IoT can be integrated based on the requirement
Are the designs ready for manufacturing?
Yes. Files are prepared so they can be sent directly to a PCB manufacturer without extra work.
Do you design for battery-powered devices?
Yes. Low power design is part of the process, especially for IoT and sensor-based systems.
Can you help choose components and sensors?
Yes. Components can be selected based on availability, cost, and how the system is expected to perform.

