Learn Arduino Robots from scratch

Name: Learn Arduino Robots from scratch
Rating: 3.7 (103 reviews)

ARDUINO simulation using TINKERCAD

Created byDr.Ganeshkumar S

Last updated 4/2020

English

What you'll learn

ARDUINO simulation using TinkerCAD

Course content

3 sections • 15 lectures • 1h 5m total length

Introduction to ARDUINO6:59
Learn the basics of Arduino by exploring online projects, tutorials, and built-in examples; access ultrasonic sensor code, simulate in Tinkercad, and explore do-it-yourself robot kits and parts.
Inroduction to 3D objects and Thing Iverse3:35
Explore downloading 3d models of robots and components, log in to access and download models in deal format, and use them for 3d printing and basic robot design.

Basic Battery Connection1:05
Connect the battery to the lcd in a tinkercad workspace by wiring the two terminals, with the cathode to the negative terminal. When wiring is complete, the lcd starts glowing.
Simulation of Blinking of LED using code blocks2:15
Learn to blink an led with Arduino by using code blocks to set pin eight high and low with a one-second delay, wiring a circuit with ground and a resistor.
Simulation of Multi colour LED with ARDUINO7:45
Simulate a three-color led with Arduino in a virtual circuit, assign resistor values, connect rgb channels to pins, adjust delays, and run code to display red, green, and blue colors.
Pin connections of Push button switch2:42
Learn how to wire a push button with four terminals on an arduino robot platform, connect ground and the battery positive, and observe the switch's internal connections when pressed.
How to simulate the potentiometer and multimeter with ARDUINO in TINKERCAD3:20
Explore how to simulate a potentiometer and a multimeter in tinkercad for Arduino projects, wiring a three-terminal potentiometer to a battery, and reading voltage with a multimeter and an LCD.
How to simulate Photo resistor with ARDUINO in TINKERCAD4:56
Learn to simulate a photoresistor with Arduino in Tinkercad by wiring it to analog input on a breadboard, with a resistor and transistor, and uploading code to observe light intensity.
How to simulate Temperature sensor with ARDUINO in TINKERCAD4:08
Connect a temperature sensor to an Arduino in Tinkercad, wire power, ground, and an analog input, and run a simulation to read and output temperature with adjustable values.
How to connect servomotor with ARDUINO in TINKERCAD3:32
Learn how to connect a servomotor to an Arduino in tinkercad, wiring red to power and black to ground, and program pin eight to rotate 45 degrees.
How to connect Ultrasonic sensor with ARDUINO in TINKERCAD5:16
Connect an ultrasonic distance sensor to an Arduino in tinkercad, wire ground, supply, and signal pins, then simulate distance measurements and trigger a blink when objects are near.
How to connect two servomotors with ARDUINO - SIMULATION in TINKERCAD8:00
Learn how to connect two servomotors to an Arduino using a Tinkercad simulation, wiring pins eight and nine and sharing a common signal for synchronized control.
How to Connect Stepper motor with ARDUINO - TINKERCAD Simulation10:22
Connect a stepper motor to an Arduino using a Tinkercad simulation, wiring the driver, encoder, and power supply on a breadboard, then load the open-source code to run the setup.

Requirements

Basic Electronics

Description

This hands-on, beginner-friendly course is designed to introduce learners to the exciting world of Arduino programming, circuit design, and 3D modeling using Tinkercad, a popular online simulation platform. Whether you are a student, educator, or hobbyist, this course provides a strong foundation in embedded systems and robotics through step-by-step instructions, engaging examples, and practical exercises.

Learners will gain a clear understanding of the basic circuit connections required to operate Arduino boards and various electronic components such as LEDs, sensors, buzzers, and motors. Through interactive simulations in Tinkercad, students will be able to write and test Arduino programs in a virtual environment—eliminating the need for physical hardware during initial learning stages.

The course also covers circuit design and 3D modeling using Tinkercad’s built-in tools. Learners will practice creating circuits and then extend their understanding by developing 3D prototypes—a critical step for those interested in 3D printing and product development.

Additionally, the course highlights real-world applications of Arduino and 3D printing, particularly in the fields of automation, robotics, and STEM education. With Do-It-Yourself (DIY) exercises, examples, and guided activities, learners will build practical skills and gain confidence in using Arduino, Tinkercad, and robotics concepts—paving the way for further exploration and innovation.

This comprehensive and beginner-friendly course is designed to provide learners with practical knowledge and foundational skills in Arduino programming, electronic circuit design, and 3D modeling using Tinkercad. It is ideal for students, educators, makers, and enthusiasts who are eager to explore the intersection of electronics, coding, and creative design—without needing prior experience.

Who this course is for:

Mechanical Engineers and Electronics Engineers

Learn Arduino Robots from scratch

What you'll learn

Explore related topics

Course content

Introduction2 lectures • 11min

Simulation of ARDUINO programs with TINKERCAD11 lectures • 53min

Introduction to 3D design in TINKERCAD2 lectures • 2min

Requirements

Description

Who this course is for: