Embedded Systems Using Tinkercad

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Prag Robotics

4:26:49

6 View

1 - About the Program

1 - Course Introduction.mp4

03:24

2 - Course Outline.mp4

02:55

2 - Introduction

3 - What is an Embedded System.mp4

03:23

4 - What is a Microcontroller.mp4

03:21

5 - Applications of an Embedded system.mp4

03:04

3 - Architecture of Microcontroller

6 - Architecture of a Microcontroller.mp4

04:13

7 - Arithmetic Logic Unit ALU.mp4

01:43

8 - Memory.mp4

02:48

9 - InputOutput Ports TimerCounter Buses.mp4

05:26

10 - Microcontroller vs Microprocessor.mp4

03:04

4 - Pin Diagram and Interrupts

11 - What is a Pin Diagram of a Microcontroller.mp4

02:19

12 - Pin Diagram of Raspberry pi.mp4

07:14

13 - Default Pins in a Microcontroller Power Pins.mp4

01:51

14 - Default Pins IO Ports.mp4

02:42

15 - Communication in a Microcontroller.mp4

02:25

16 - Interrupts of a Microcontroller.mp4

02:28

5 - Introduction to Arduino

17 - Introduction to Arduino.mp4

03:04

18 - ArduinoWorking Details Memory.mp4

01:25

19 - Selection of a Microcontroller.mp4

04:18

20 - Introduction to Tinkercad.mp4

01:17

21 - Login Credentials.mp4

03:06

22 - Internal LED.mp4

02:31

6 - Electronic Components

23 - Internal LED Blinking Push Button.mp4

06:14

24 - External LED Blinking Activity.mp4

09:19

25 - Push Button.mp4

11:04

26 - Potentiometer.mp4

14:23

27 - Motors Servo Motor.mp4

13:31

28 - Motors Stepper.mp4

08:06

29 - Motors DC Motor.mp4

04:29

30 - Railway Crossing.mp4

15:08

7 - Sensors Measurements

31 - What is a Sensor.mp4

06:39

32 - Types of Sensors.mp4

02:49

33 - Characteristics of Sensors.mp4

06:26

34 - Ultrasonic Sensor.mp4

12:43

35 - Light Dependent Resistor.mp4

09:32

36 - IR Sensor.mp4

16:00

37 - Accelerometer Sensor.mp4

02:37

38 - Global Positioning System.mp4

04:51

39 - AntiTheft System.mp4

11:35

8 - Miscellaneous Sensors

40 - Inertial Measurement Unit.mp4

03:42

41 - Force Sensitive Resistor.mp4

11:46

42 - LIDAR.mp4

05:12

43 - Radar.mp4

04:35

44 - Tilt Sensor.mp4

06:29

45 - LCD Display.mp4

07:40

9 - About the Program

46 - Course Conclusion.mp4

03:58

Description

Microcontrollers, Arduino

What You'll Learn?

To understand the significance of Microcontrollers and Sensors in Robots
To impart knowledge on the architecture of Arduino
To acquire knowledge on sensor basics
To understand the principles, types and applications of sensors in automation
To Integrate Sensors and actuators with Microcontroller and build an application

Who is this for?

Anyone on the field of Engineering

Anyone interested to learn basic electronics

Anyone interested to learn and program Arduino

What You Need to Know?

None

More details

Description
If you were interested to learn about electronic components, microcontrollers and how they are connected to get a task done in various fields like robotics, autonomous vehicles etc., then this is a great course for you. In this course we will be using Tinkercad. This is an online opensource software that has real time virtual electronic components and connections which can be simulated.

Have you wondered how an anti theft alarm works or how automatic railway gate opens or an autonomous cars. These devices use microcontrollers and various sensors, in which they are integrated and programmed to perform a specific task. All the electronic components has embedded systems in it.

In this course, we will cover basics of embedded systems and create various projects.
If you were interested to learn about electronic components, microcontrollers and how they are connected to get a task done in various fields like robotics, autonomous vehicles etc., then this is a great course for you. In this course we will be using Tinkercad. This is an online opensource software that has real time virtual electronic components and connections which can be simulated.

Have you wondered how an anti theft alarm works or how automatic railway gate opens or an autonomous cars. These devices use microcontrollers and various sensors, in which they are integrated and programmed to perform a specific task. All the electronic components has embedded systems in it.

In this course, we will cover basics of embedded systems and create various projects.
Who this course is for:
Anyone on the field of Engineering
Anyone interested to learn basic electronics
Anyone interested to learn and program Arduino

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Embedded Systems

Prag Robotics

Instructor's Courses

Prag Robotics is a “Centre of Excellence” for Robotics and Artificial Intelligence studies, has very quickly established a mark in manufacturing & academic circles. Prag has established RoboLab–4.0 in Universities, Colleges and Schools, delivering educational programs in the emerging technologies viz. Robotics, Artificial Intelligence and Data Science – deploying the “Real-time” Robots, Equipment and most recent Software. These intricately designed programs are preparing our students to compete with the best in the world of Robotics and Automation.The course curriculums are in line with 23 legendary universities across the globe and industry insights with our superlative industry connect. Our programs are clear, to-the-point, expertly designed and delivered by roboticists who have accomplished their masters from eminent educational institutions.In this journey, conducted awareness sessions for over 18000 students and individuals, educated 6000+ young engineers, made them industry ready thus supported them to find placement in their domain or pursue their higher education with ease.

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