Inside the video:
1. Introduction (0:00)
2. Components used (0:38)
3. Connections explanation (2:16)
4. Code explanation (3:25)
5. Simulation (6:15)

In this educational video, we explore the application of IoT in fire alarm systems using Arduino and TinkerCad. This simulation demonstrates the integration of temperature and gas sensors to detect potential fire hazards in real-time scenarios.

🔥 Key Features:

1.Arduino Simulation: Learn how to simulate Arduino circuits in TinkerCad.
2. Sensor Integration: Understand the role of temperature and gas sensors in fire detection.
3. IoT Application: Explore how IoT technology enhances fire safety measures.

By:
Name: Akshay K
USN: 1BI20CS016
College: Bangalore Institute Of Technology

Thank You!!

Are you fascinated by electronics and eager to dive into the world of microcontrollers? Look no further! Tog Hackerspace, in collaboration with Dublin City Council, is excited to announce a free, five-part Arduino class specifically designed for beginners. Led by experienced makers Jeffrey Roe and Ambrose Clarke, this project-based learning series will provide you with the foundational skills to bring your creative ideas to life. Workshop Details Dates & Times: Tuesday, 11th June: 19:00 – 20:30 Thursday, 13th June: 19:00 – 20:30 Tuesday, 18th June: 19:00 – 20:30 Thursday, 20th June: 19:00 – 20:30 Tuesday, 25th June: 19:00 – 20:30 Location: Tog Hackerspace Requirements: Just bring your laptop with a USB Type A port and install the Arduino IDE ! All hardware will be provided. Sponsors: Community Grant Scheme from Dublin City Council Cost: Free, but registration is required. Registration: https://www.eventbrite.ie/e/beginners-guide-to-arduino-join-our-free-5-part-workshop-tickets-911117405687 Important Note To gain the most from this workshop, participants must be available for every session. Each class builds on the previous one, and missing a session could hinder your ability to keep up with the course content. Learn by Doing This Arduino class adopts a hands-on, project-based learning approach, ensuring that you not only understand the theory but also gain practical experience. Each session builds on the last, guiding you through increasingly complex projects that solidify your understanding and skills. Expert Guidance With Jeffrey Roe and Ambrose Clarke at the helm, you’ll be learning from seasoned professionals who are passionate about electronics and teaching. Their combined expertise will provide you with the insights and support you need to confidently navigate your Arduino journey. Community and Collaboration Tog Hackerspace is renowned for its vibrant community of makers, tinkerers, and tech enthusiasts. By participating in this workshop, you’ll become part of this dynamic group, fostering connections, collaborations, and friendships that extend beyond the class. How to Register Spaces are limited, so be sure to sign up early to secure your spot. Registration is simple and can be done via the following link https://www.eventbrite.ie/e/beginners-guide-to-arduino-join-our-free-5-part-workshop-tickets-911117405687 Conclusion Whether you’re an absolute beginner or someone with a bit of experience looking to deepen your knowledge, this free Arduino workshop is the perfect opportunity to immerse yourself in the world of microcontrollers. Sponsored by the Community Grant Scheme from Dublin City Council, this initiative underscores the commitment to fostering technological skills and innovation within the community. Don’t miss out on this chance to learn, create, and innovate! We look forward to seeing you at Tog Hackerspace this June. Let’s start making! This class is made possible by the Informal Adult Education Grant from Dublin City Council.

AWS IoT: How to Connect Your Devices to the Cloud - Tripoto...

Alan Boris came across this vintage radio and gave it a serious update!Check out the write up over on Hackster.io: To pay an homage to the original clock, I scanned in its face before removing it,…...

How to create Traffic Light in Arduino UNO | O level IOT Computer course


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This is part 2 of the Flutter Embedded UART tutorial series.
In this tutorial, we will cover how to install and set up Putty on a Linux computer (Ubuntu desktop).
Then we will do a loop-back test before testing serial data communications between the systems. All of this work is to prepare for the development of our Flutter Embedded app that will use serial communications to transfer data bi-directionally between the Pi and a computer.
Time Line
00:00 to 01:49 Introduction
01:50 to 04:13 Install Putty, set up for the test, fix font bug, and double-check settings.
04:14 to 05:53 Set up and perform a loopback test of the UART serial data using Putty.
05:54 to 06:28 Set up and connect the TTL to USB converter cable.
06:29 to 07:35 Set up and send data from the Pi to the Linux computer (Ubuntu desktop).
07:36 to 08:19 Set up and send data from the Linux computer to the Pi.
08:20 to 08:38 Conclude and requests for like and subscribe.

Equipment List:
TTL to USB Convertor with USB cable: https://amzn.to/3R11pXw
Hook up wire kit: https://amzn.to/3wZJGJ3
Development System:
Raspberry Pi mode 4B 8G RAM: https://amzn.to/3VYGNTc
Heatsink with fan: https://amzn.to/43WDf5E
Power supply: https://amzn.to/4aR9SUt
Micro HDMI to HDMI cable: https://amzn.to/3VUO46b
microSD Card: https://amzn.to/3UedHxI
Wired keyboard and mouse: https://amzn.to/3VTHyNf
Monitor of your choice.
Optional:
X862 V2.0 M.2 NGFF SATA SSD Storage Expansion Board UASP Supported Compatible with
Raspberry Pi 4 Model B: https://amzn.to/44eNRx7
Silicon Power 256GB A55 M.2 SSD: https://amzn.to/3Q3lmfQ

If you need to access your Raspberry PI projects without using a monitor, you can set up a Secure Shell (SSH) on your computer.

The ArmSoM Sige7 is a compact single-board computer (SBC) with an octa-core 64-bit SoC with a 6TOPS NPU for AI tasks.

Link to purchase goods on aliexpress: https://24tch.com/?shop=6931
Buy and Review 2.2 Inch TFT LCD Display Module Touch Screen Shield + ATmega328P Board Kit with USB cable TF Card / Pen Compatible for Arduino on Aliexpress Shop
Aliexpress link:
https://24tch.com/?shop=6931 - 2.2 Inch TFT LCD Display Module Touch Screen Shield + ATmega328P Board Kit with USB cable TF Card / Pen Compatible for Arduino




Explore the incredible 2.2 Inch TFT LCD Display Module Touch Screen Shield + ATmega328P Board Kit with this must-watch video! This game-changing kit is perfect for anyone looking to take their Arduino projects to the next level. With a 2.2-inch touch screen, I2C temperature sensor, and compatibility with a variety of additional modules, the possibilities are truly endless. Whether you're a seasoned Arduino pro or just getting started, this kit is a must-have for anyone interested in creating digital photo frames, oscilloscopes, function generators, and more. Don't miss out on this incredible technology - check out the link in the description to purchase your kit today. Thanks for tuning in, and happy tinkering!

The SparkFun M7E Hecto RFID Reader is a high-performance RFID reader for reading UHF RFID tags. The...

Arriving months after its competitors, Raspberry Pi’s own M.2 HAT+ board brings low-cost, high-speed storage in the new HAT+ form factor.

What is an RFID Smart Lock ?
The RFID smart lock with a solenoid lock is a security device that uses radio-frequency identification (RFID) technology to grant access. It operates by reading an RFID tag or card and activating a solenoid mechanism to unlock. This system is keyless, providing convenience and enhanced security. The solenoid lock offers robust locking strength, ideal for various applications such as residential doors, office spaces, and storage units. Users can easily program and manage access permissions, making it a versatile and user-friendly solution.

Although I've not shown how it is I will provide you the comments list:
1)Arduino Uno
2)Relay
3) 12-volt Adapter
4)12c and Lcd Module
5)RFID Card Sensor
6)RFID Card & Tag
7)Jumper Wires
8) A wooden or Acrylic box.
9)Solenoid Lock
10)Hinges 2
11)Door Handle

Tom’s Hardware shares how Audrey III utilizes Raspberry Pi and AI to tell you how its growing.Using a Raspberry Pi to monitor plant-related metrics is nothing new, we’ve even configure…...

Soldering a Raspberry Pi Pico W for Smart Home DeviceIn this video, we will walk through the process of soldering a Raspberry Pi Pico W and connecting it to a breadboard as part of our smart home device series.

Tinkercad Circuit Diagram
https://www.tinkercad.com/things/f8LdZOVov5z-simple-solenoid-valve-switch

#diy #raspberrypi #smarthome #technology #iot

Welcome to our channel! In this video, we're excited to showcase a live demo of our innovative Raspberry Pi-based door locking system. 🚪🔒

Watch as we demonstrate how this smart system works seamlessly to enhance your home security. See the technology in action and get inspired to build your own!

🔹 Highlights:

Real-time operation of the door locking system
Overview of key features and components
Live demonstration of unlocking and locking mechanisms
Don't forget to like, comment, and subscribe for more tech demos and project ideas! Hit the bell icon to stay updated with our latest videos. Let's make your home smarter together! 🌟
*Made with Clipchamp*

RaspberryPi ZERO No OS/CircuitPython HDMI+CLock+PhotoFrame
#trending #circuitpython
#diy #circuitpython
"This video demonstrates how to create a clock using a Raspberry Pi Zero connected to an HDMI display, running CircuitPython without an operating system (No OS).

Final Result:

A clock that displays the time on an HDMI screen using the Raspberry Pi Zero and CircuitPython.

Advantages of using CircuitPython:

No need for a full-fledged operating system, making it easy and quick to use."

#raspberrypi #raspberrypicomputemodule #raspberrypi4 #circuitpython #microcontroller #micropython #diytutorial #diyprojects #diygadgets #diyideas #diy #projects #programming #programmer #st7789 #st7735 #python #innovation #invetions #internetofthings #ideas #tech #technologies

IoT Project using ESP RainMaker with Google Assistant Alexa & Manual Switch- ESP32 Projects #arduinoproject #esp32 #iotprojects #homeautomation
In this ESP32 project, I have shown you how to make IoT Project using ESP RainMaker with Google Assistant Alexa to control relays with voice commands and manual switches. I have used all the free tools for this IoT-based home automation system.

Required Components for the internet of things project.
1. ESP32 Devkit V1 or ESP8266 NodeMCU.
2. 2-channel 5V SPDT Relay Module.
4. Wire

Amazon India Affiliate links:
Esp8266: https://amzn.to/3UxjPQA
Esp32: https://amzn.to/4by0qWz
2-channel 5V Relay Module: https://amzn.to/4bh8KdF
4-channel 5V Relay Module: https://amzn.to/44WDzlD
8-channel 5V Relay Module: https://amzn.to/3QK6HGR

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RFID Access Control with Arduino: Full Tutorial#diy
#arduino #techinnovation #science


Welcome to my Arduino RFID access control system tutorial! In this video, I will guide you through the process of building a simple yet effective RFID-based security system using an Arduino, RFID reader, and an LCD display. This project allows you to display custom messages for authorized users and control LEDs based on access permissions




Code Download link::::
https://drive.google.com/file/d/1eC_gIJTlMeXRMudRWiY_mRPvKN9WWf0-/view?usp=drivesdk


Video:::
https://youtu.be/XY249aL5kiE?si=ctLkb-JQFmMw_ufm


Video::::
https://youtu.be/dg7uddcTQTA?si=XFYwOwJp74IPReYO


Components Needed:

✓Arduino Uno
✓MFRC522 RFID reader
✓RFID tags
✓I2C LCD display (16x2)
✓LEDs (Green and Red)
✓ResistorsBreadboard
✓jumper wires



Project Overview:When an RFID tag is scanned, the system checks if the tag is authorized. If the tag is authorized, the LCD displays "TechTwistRaj" based on the tag, and the green LED lights up. If the tag is not authorized, the LCD displays "Access Denied" and the red LED lights up. The system includes a delay to prevent rapid scanning and ensures clear feedback for each scan


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For this project-related requirement, please get in touch with our executives @ +91- 9176990090 (24/7 Whatsapp Support)


To see more videos, do "like," "subscribe," and "support" our channel.
Naren Projects

This video is about Making IoT based Water leakage Monitor System Projects. Its monitor the water flow rate in the pipe ,if the the water flow rate is different compare to input the leakage will be formed the live data will sent to blynk2.0.
Program code and circuit Link : https://drive.google.com/drive/folders/1FespEjiEOookehbOGyuDjYO5VQMSxoA1?usp=sharing
Follow on Instagram : https://www.instagram.com/research_tamil_an?igsh=MWdpaGtpNW1ybnlidw==

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Code Link: https://drive.google.com/file/d/1z8UPSbqSdh1rudWRFcl9ibLyYBQ6ADLd/view? #Arduino
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The NetBurner SOMRT1061 is an NXP i.MX RT1061 System-on-Module in an ultra-compact stamp-sized footprint (25.4 x 25.4mm) with dual Ethernet.

GIGAIPC PICO-N97A Pico-ITX SBC features an Intel Processor N97 quad-core Alder Lake-N processor coupled with up to 16GB DDR5 SO-DIMM memory and M.2 SATA or NVMe storage designed for passively cooled and enclosed systems for Industry 4.0 applications in smart cities, retail, and healthcare sectors.

Hardware controlling via scratch and raspberry pi

Welcome to our tutorial on controlling LED brightness with a potentiometer using PictoBlox and Arduino! In this video, we'll guide you step-by-step through the process of building a simple yet effective circuit that allows you to adjust the brightness of an LED by turning a potentiometer.

We'll start by introducing the components you'll need, including an Arduino board, an LED, a potentiometer, and connecting wires. Next, we'll show you how to set up the hardware, connecting the potentiometer and LED to the Arduino.

Then, we'll dive into PictoBlox, a graphical programming interface that's perfect for beginners. You'll learn how to write a program in PictoBlox to read the analog input from the potentiometer and use it to control the PWM output to the LED, adjusting its brightness smoothly.

By the end of this video, you'll have a clear understanding of how to interface sensors with actuators using Arduino and PictoBlox, and you'll be able to create your own interactive LED brightness control projects. Let's get started!

Don't forget to LIKE, SHARE, and SUSCRIBE for more tech and coding tutorials to advance your skills!

#coding #programming #codingtutorial #robotics #pictoblox #arduino #kiddiesdriod