IoT Tech Innovators: Embedded Systems for a Smarter Future

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Salim Khan

3:05:29

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1 - Introduction

1 - Intro.mp4

02:18

2 - Simulation Using TINKERCAD

2 - Introduction to TINKER CAD.mp4

10:59

3 - Digital Signal Acquisition Simulation using TINKERCAD.mp4

08:16

4 - Digital Signal Generation Simulation using TINKERCAD.mp4

13:06

5 - Ultrasonic Sensor HCSR04 Interfacing with Arduino Uno for Distance Measurement.mp4

13:17

6 - Interfacing MQ2 Gas Sensor with Arduino Uno for Smoke and Gas Detection.mp4

11:24

7 - Interfacing DHT11 Temperature and Humidity Sensor with Arduino Uno.mp4

09:23

3 - Introduction to Arduino Empowering Your Creative Projects

8 - Introduction to Arduino UNO A Beginners Guide.mp4

04:07

9 - Download and Install Arduino IDE A StepbyStep Guide.mp4

08:30

10 - Generating a Digital Signal Using Arduino.mp4

05:03

10 - Program-1-How-to-generate-a-Digital-Signal.pdf

11 - Acquiring a Digital Signal Using Arduino.mp4

03:58

11 - Program-2-How-to-Acquire-a-Digital-Signal.pdf

12 - Blinking an LED with Arduino A Simple Project.mp4

06:30

12 - Program-3-How-to-Blink-an-LED.pdf

13 - Acquiring and Generating Digital Signals Using Arduino.mp4

03:51

13 - Program-8-How-to-acquire-digital-signal-and-generate-a-digital-Signal.pdf

14 - Acquiring an Analog Signal Using Arduino.mp4

04:06

14 - Program-4-How-to-acquire-Analog-Signal.pdf

15 - Acquiring Analog Voltage Using Arduino.mp4

03:23

15 - Program-5-How-to-acquire-Analog-Voltage-Signal.pdf

16 - Generating PWM Signals Using Arduino.mp4

06:51

16 - Program-11-Generate-PWM-Signal.pdf

17 - Program-9-How-to-work-with-Pull-up-Register.pdf

17 - Understanding PullUp Resistors Usage and Applications in Arduino Circuits.mp4

03:41

18 - Program-10-How-to-work-with-Pull-down-Register.pdf

18 - Understanding PullDown Resistors Usage and Applications in Arduino Circuits.mp4

03:09

19 - Fading an LED with Arduino Creating Smooth Brightness Transitions.mp4

05:48

19 - Program-7-How-to-Generate-Analog-Signal-Fade-Led.pdf

20 - Interfacing Touch Sensors with Arduino A Guide to TouchActivated Projects.mp4

03:20

4 - IoT Development with Blynk Building Smart Applications

21 - IoT Projects Using NodeMCU and Blynk App A Comprehensive Guide.mp4

14:09

22 - Getting Started with Blynk 20 Enhancing IoT Projects.mp4

20:09

5 - Advanced ChatGPTBased Programming and Data Logging Techniques

23 - Data Recording Using Arduino Techniques and Applications.mp4

11:23

24 - Arduino Programming with ChatGPT Generating Code and Solutions.mp4

08:48

Description

IoT and Embedded Systems

What You'll Learn?

The course aims to provide exposure to the applications of IoT in smart cities and industrial applications
It aims to train the students to the basic concepts of the Embedded C.
It aims to train the students to the basic concepts of the Controller.
This course is designed to give the students hands-on experience with the Software and Hardware concepts.

Who is this for?

Engineering students specializing in electronics, computer science, or related fields.

Makers and hobbyists passionate about building IoT devices.

Researchers and academics focused on IoT applications.

What You Need to Know?

Understanding of Ohm’s Law, resistors, capacitors, and voltage/current concepts is recommended.

Enthusiasm for working with hardware and learning embedded systems.

More details

Description
This course provides a comprehensive introduction to the concepts and applications of Internet of Things (IoT) and Embedded Systems. Participants will explore the fundamental principles of embedded systems design, IoT architecture, and the integration of hardware and software to create intelligent devices.
Course Outcome: After completion of the course, the student will be able to
Understand the basic concepts of sensors and transducers.
Understand basics of embedded system and different IoT boards.
Apply basic operations and programming techniques of IoT devices.
Apply smart technology knowledge through case studies.
List of Experiments (Indicative & not limited to)
1. Understanding the Architecture and Pin Configuration of ESP8266 and Arduino Boards.
2. Hands-On Introduction to commonly used real world IoT Sensors.
3. Analyze Digital signal data acquisition using Arduino and ESP8266.
4. Explore Digital signal generation using Arduino and ESP8266.
5. Analyze Analog signal data acquisition using Arduino.
6. Explore Analog signal generation using Arduino.
7. Real-Time Data Logging Using ESP8266 and Arduino.
8. Designing a Lighting Control System using LDR.
9. Designing a Multi-Sensor Alert System Using Touch, IR, PIR and Arduino.
10. Object Detection Using Ultrasonic Sensors with Arduino and ESP.
Beyond Syllabus:
11. Real-Time Data Logging Using ThingSpeak with Arduino.
12. Building IoT Applications with Blynk: Monitoring Temperature and Humidity with DHT11 Sensor.
13. Building IoT Applications with Blynk: Smart Home Automation Using ESP8266 and Blynk.
14. Building a Soil Health Monitoring system using NPK sensor.
15. Designing Water Quality Monitoring System.
Who this course is for:
Engineering students specializing in electronics, computer science, or related fields.
Makers and hobbyists passionate about building IoT devices.
Researchers and academics focused on IoT applications.

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Internet Of Things

Salim Khan

Instructor's Courses

I am CLAD certified from NI. I have seven years of experience as a LabVIEW Instructor. I have advanced knowledge of LabVIEW. I worked on different NI Hardware like NI USB 6001, USB 6008, USB 6009, MY DAQ, MY RIO, NI ELVIS II+ Board, NI WSN, LabVIEW Arduino interfacing, etc. I have knowledge of MULTI SIM, MATLAB, and LaTEX software.

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