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Learn Robotics: Build and Code with Arduino
Build your first robot from the ground up. This hands-on journey takes you from virtual simulations to holding a working creation in your hands. No experience needed—just curiosity and a desire to create.
Available Coaching Centers:
Request your Demo Today
Stop just using Technology. Start creating it !
This is your hands-on introduction to the world of robotics. We've designed this course for complete beginners—no fancy degree or prior experience needed. If you've ever been curious about how the smart devices around you actually work, this is your first step toward building them yourself.
We guide you through a proven, frustration-free path. You'll first bring your circuits to life on screen with Tinkercad's virtual lab, where making a mistake is just part of the fun. Then, you'll get the incredible thrill of translating that virtual idea into a tangible, working project with your own NaivoTech's Arduino Robotics Kit.
Note - Free Robotics Kit Included for All Participants !
In this course, you will learn to:
Speak the language of electronics: Confidently connect components on a breadboard and understand how current flows from sensor to screen.
Become a maker: Write clean, functional code that tells lights when to blink, motors when to spin, and sensors how to respond to the world.
Think like an engineer: Develop a methodical approach to solving problems, debugging circuits, and turning a concept into a reliable creation.
Build a foundation for the future: Gain the core principles that power everything from smart home gadgets to advanced robots, preparing you for more complex projects.
How You'll Learn: The Simulate & Create Method
Discover and Simulate: You build and test the circuit virtually in Tinkercad. Experiment without the fear of breaking a thing.
Create: Using your Arduino kit, you build the circuit with real wires, LEDs, and sensors. This is where theory becomes reality.
Code and Customize: You write the software that gives your hardware a purpose, and then you’re encouraged to tweak it and make it your own.
This course is perfect For:
Curious Tinkerer: You love taking things apart to see how they work. Now, learn how to put them back together, but better.
Aspiring Student: You're looking to build a solid foundation in robotics, electronics, and coding for future studies or a career in tech.
Problem-Solver: You have ideas for gadgets that could make life easier or more fun, and you're ready to start prototyping them.
Lifelong Learner: You believe the best hobby is one where you make something you can actually hold in your hand.
Your Journey Starts with a Single Circuit. We'll Be with You for Every Step.
1. What is Robotics?
Learn what robots are, real-life examples, types of robot, and how they help humans.
2. Understanding Arduino
What is Arduino? Introduction to Arduino UNO and its pins.
3. Introduction to Tinkercad
Create an account, understand the interface, and simulate a basic circuit.
4. Components 101
Learn about LEDs, resistors, breadboards, wires, and how to connect them.
1. Ohm’s Law & Voltage
Understand voltage, current, and resistance with simple math.
2. Using Breadboard
Learn what is breadboard? how to use a breadboard and build a working connection.
3. Series and Parallel Circuits
Simulate and build series vs parallel LED circuits.
4. Understanding of Switches
Learn how switch work, types of switches and build a switch-controlled LED project.
5. Real Project
LED Traffic Light Simulate and build a simple 3-color traffic light system.
1. What is Arduino Code?
Structure of Arduino code – void setup() and void loop().
2. Writing Your First Program
Modify LED blink rate using code and delay functions.
3. Digital vs Analog Pins
Understand pin modes, HIGH/LOW, and control multiple LEDs.
4. Variables and Comments
Learn how to use variables and write clean code.
5. Real Project
LED Pattern Show Create and build LED running light or disco light project.
1. Understanding of Potentiomenter
What is Potentiometer? Real life example of Potentiometer? Working of Potentiometer.
2. Circuit using Potentiometer and LED
How to control brightness using potentiometer?
3. Understanding of Multimeter
What is Multimeter? Working of Multimeter
4. Understanding of Buzzer
What is buzzer? Real life example of buzzer? Circuit building using buzzer.
1. IR Sensor
Understanding IR sensor and build object detection
2. LDR Sensor (Light Sensor)
Build an automatic night lamp using LDR sensor.
3. Temperature Sensor (LM35)
Simulate and build a digital thermometer with Arduino.
4. Ultrasonic Sensor
Measure distance and build a proximity alarm system.
1. Servo Motor Control
Build a servo-controlled angle controller (useful in robotics arms).
2. Real Project
Smart Street Light: Use LDR and motion sensors to light up only when needed.
3. Real Project
Automatic Door Bell: Using buzzer, led, IR Sensor
4. Real Project
Smart Dustbin: Use ultrasonic sensor and servo to build an auto-open bin.
5. Mini Project
Automatic Door: Using Servo Build an automatic door using servo and ultrasonic sensor.
6. Real Project
Security Alarm: Use buzzer, LED, and sensors to create an intruder alert system.
7. Final Showcase Project
Students build and present their own customized Arduino project.
Nitil Singh
- 4.9 Instructor Rating
- 900+ Reviews
- 1000+ Students
- 20+ Courses
I am an enthusiastic educator with 3+ year of experience teaching Robotics, STEM and Automation. I specialize in simplifying complex technical concepts, making them engaging and accessible for learners of all backgrounds. My classes blend theory with hands-on projects, helping students understand how robotics shape the world around us.
Passionate about fostering curiosity and innovation, I am committed to inspiring the next generation of creators and problem-solvers through practical learning and interactive teaching methods.
Educational Qualification - B.Tech - Computer Science Engineering (CSE)
Experience - 3+ Year in Education-Technology (EdTech) and Web Development.
Leave a Review
Available Coaching Centers:
What you need/Requirement
Internet
You need a working internet connection to watch videos, join online classes, and get help when needed.
Laptop/PC
A personal computer is essential for hands-on practice and project work.
Learning Path
Beginner
Start with fundamental concepts and build a strong foundation.
Intermediate
Expand your knowledge and start building real projects.
Advanced
Dive deep into specialized areas and master complex techniques.
Master
Achieve expert-level proficiency and innovate with your skills.
Earn Valuable Credentials
and Lead with a Competitive Edge.
Certificate and Recognition That Validates Your Skills
Our curriculum is meticulously designed in collaboration with industry leaders to ensure every skill you acquire is not just current, but in high demand.
Get Mentorship From Top 1 % Industry Experts
Our mentors are seasoned professionals and thought leaders who provide unparalleled guidance and personalized feedback.
Network For Lifelong Success
Our vibrant community of professionals offers continuous support, mentorship, and a platform for lifelong career acceleration.
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- Learn how robots are built and how they move.
- Understand motors, wheels, sensors, and how they connect to Arduino.
- Start with simple circuits and then move to real robot building.
- Write easy code to control your robot’s movement and actions.
- Watch your robot move because of the code you wrote — super exciting!
- Ask questions anytime — teachers will guide you.
- One-on-one help if your circuit or robot doesn’t work.
- Easy explanations for wiring and coding steps.
- Support in fixing errors and improving design.
- Friendly learning environment — no pressure, just learning by doing.
- Learn real skills used in robotics and engineering.
- Use your robot project in school competitions and exhibitions.
- Start building a robotics portfolio to show your creativity.
- Understand the roadmap to become a future robotics expert.
- Build confidence to create your own robot ideas later.
- Work in teams to build and test robot ideas.
- Share your robot designs and learn from your classmates.
- Discuss challenges and solutions together.
- Celebrate each other’s working robots!
- Become part of a robot-loving community of young creators.
