Robotic Basic 1

What you'll learn

• Understand the Tinkercad simulation environment

• Learn Arduino board basics and circuit connections

• Write simple Arduino C++ programs

• Control LEDs and electronic components

• Understand digital and analog signals

• Use the Serial Monitor for debugging and output

This course includes:

• 1 Final Arduino Simulation Project

• 90 Minutes 4 Sessions

• Online / Onsite (Physical)

• Circuit Simulation Exercises

• Arduino Coding Practice

• Certificate of Completion

Course Content

Introduction to Tinkercad

• What is Tinkercad?

• Exploring the Tinkercad interface

• Creating simulation projects

• Understanding:

• Workplane

• Components panel

• Code editor

• Simulation controls

• Circuit simulation workflow basics

• Tinkercad

Arduino Fundamentals

• Introduction to Arduino boards

• Understanding:

• Digital pins

• Analog pins

• Power pins

• Basic electronic components:

• LEDs

• Resistors

• Breadboards

• Safe circuit connections basics

• Arduino Uno

Arduino C++ Basics

• Structure of Arduino programs:

• setup()

• loop()

• Variables and data types

• Writing simple Arduino code

• Uploading and running simulations

LED Control & Digital Output

• Understanding digital signals

• Using:

• pinMode()

• digitalWrite()

• delay()

• Blinking LEDs

• Creating traffic light simulations • Multi-LED control basics

Analog Output & PWM Basics

• Introduction to analog signals

• Using analogWrite()

• PWM (Pulse Width Modulation) basics • LED brightness control

• Basic fading LED effects

Serial Monitor Basics

• What is the Serial Monitor?

• Using:

• Serial.begin()

• Serial.print()

• Serial.println()

• Displaying sensor or program output

• Basic debugging techniques

Mini Practice Activities

• LED blinking patterns

• Traffic light system

• LED brightness controller

• Serial Monitor text output

Final Project

Project: Smart LED Control Simulator

Features:

• Multiple LEDs

• Timed blinking sequences

• Brightness control using PWM

• Serial Monitor output messages

• Organized Arduino C++ code

Requirements

• No electronics experience required

• Laptop/PC with internet connection recommended for Online Students

Description

This beginner-friendly course introduces students to Arduino programming and electronic circuit simulation using Tinkercad. Students will learn Arduino C++ basics, LED control, digital and analog outputs, and simple debugging techniques through hands-on simulations. By the end of this program, learners will be able to build and simulate simple Arduino projects confidently.

Why Choose This Course?

• Beginner-friendly Arduino introduction • No physical hardware required initially • Interactive circuit simulation environment • Practical coding and electronics exercises

Activities During Class

• Simulating Arduino circuits

• Writing Arduino C++ programs

• Controlling LEDs and outputs

• Testing analog and digital signals

• Using the Serial Monitor for debugging

Who Is This Course For?

• Beginners in electronics and Arduino Startup • STEM and robotics students

• Future IoT and embedded systems learners • Hobbyists interested in microcontrollers

Course Highlights

• Tinkercad Interface

• Arduino Basics

• LED & Resistor Circuits

• Arduino C++ Programming

• Digital & Analog Output

• Serial Monitor Debugging

Final Outcome

Students will be able to:

• Navigate the Tinkercad environment

• Build simple Arduino circuits

• Write basic Arduino C++ programs

• Control LEDs using digital and analog outputs • Use Serial Monitor for debugging

• Simulate beginner electronic projects confidently