Uploaded November 2025 | Updated September 2026, 2 weeks ago
In this video, we explore integrating artificial intelligence into DIY projects like robotics and home automation. We'll use Python on a Raspberry Pi as the central processing unit, demonstrating how to write code to interface with various AI services. This will allow your creations to have a brain to think on their own, showcasing the potential of AI agents in practical applications.
Ever wanted to control your electronics just by telling them what to do? In this tutorial, I'll show you how to give your Raspberry Pi a 'brain' using the OpenAI API, allowing you to control GPIO pins with simple, natural language commands. Let's build the future of home automation together!
FREE PCB Designing Course Altium Student Lab: altium.com/in/yt/rootsaid
Full Code on GitHub: rootsaid.com/raspberry-pi-natural-language-gpio-control-with-openai-turn-on-devices
Components Used:
• Raspberry Pi Zero W (or any Pi model)
• LED Strip / Fan
• MOSFET Driver Board
• Jumper Wires
This is the perfect project if you want to take your electronics and robotics skills to the next level.
#robotics #artificialintelligence #raspberrypi @AtiumOfficial #altiumstories
In this video, we explore integrating artificial intelligence into DIY projects like robotics and home automation. We'll use Python on a Raspberry Pi as the central processing unit, demonstrating how to write code to interface with various AI services. This will allow your creations to have a brain to think on their own, showcasing the potential of AI agents in practical applications.
Ever wanted to control your electronics just by telling them what to do? In this tutorial, I'll show you how to give your Raspberry Pi a 'brain' using the OpenAI API, allowing you to control GPIO pins with simple, natural language commands. Let's build the future of home automation together!
FREE PCB Designing Course Altium Student Lab: altium.com/in/yt/rootsaid
Full Code on GitHub: rootsaid.com/raspberry-pi-natural-language-gpio-control-with-openai-turn-on-devices
Components Used:
• Raspberry Pi Zero W (or any Pi model)
• LED Strip / Fan
• MOSFET Driver Board
• Jumper Wires
This is the perfect project if you want to take your electronics and robotics skills to the next level.
#robotics #artificialintelligence #raspberrypi @AtiumOfficial #altiumstories





![How to Run AI model Raspberry Pi? STEP BY STEP Ollama Raspberry Pi LLM Setup
Can you really run a Large Language Model (LLM) on a Raspberry Pi? In this video, I’m pushing the limits of this tiny SBC to see if local AI is actually practical and if we could setup Ollama Raspberry Pi. I’m sharing my full hands-on experience—the crashes, the overheating, and the fixes that finally made it work.
I’ll walk you through the complete installation of Ollama and Open WebUI using Docker, and why I chose TinyLlama as the go-to model for the Pi 4 and Pi 5. We’ll also tackle the 3 biggest roadblocks I faced:
Storage limits (Dont make my 16GB mistake!)
Memory crashes (Fixing Signal: Killed with Swap)
Thermal throttling (Why cooling is mandatory)
This video provides step-by-step instructions to run an artificial intelligence model directly on a Raspberry Pi. Well cover setting up the necessary OS and configuring the system to execute commands for models like tinyllama using Ollama, which enables local AI. This guide will help you get a local LLM up and running, showcasing how to use Open WebUI for a complete setup.
[Resources & Links]
🔗 RootSaid Guide: Troubleshooting AI in Raspberry Pi: https://rootsaid.com/run-ai-on-raspberry-pi-locally/
🔗 Official Pi Guide I started with: https://projects.raspberrypi.org/en/projects/llm-rpi/2
#RaspberryPi #LocalAI #Ollama #DIYTech How to Run AI model Raspberry Pi? STEP BY STEP Ollama Raspberry Pi LLM Setup](https://i.ytimg.com/vi/x5v5l9nRAVE/mqdefault.jpg)




