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 Maths Nipun

Robot Builders: Kids Create Amazing Machines

Give your child exciting robotics experience combining building, electronics, and coding to create working robots that move, sense, and respond.

4.61 (225 ratings) • 2624 students
Created by Amrutha Naidu Last updated 10-01-2026 English

Course Highlights

Robot Building Fundamentals Learn to assemble robots using motors, sensors, wheels, and structural components through hands-on construction projects.
Programming Robot Behavior Code robots to move, turn, respond to sensors, and complete tasks using beginner-friendly programming languages.
Sensor Technology Understanding Explore how robots detect obstacles, light, sound, and distance using various sensors for intelligent environmental interaction.
Autonomous Robot Challenges Create self-navigating robots that solve mazes, follow lines, and complete missions independently without human control always.

What You'll Learn

Robot Assembly Skills Build robots using motors, sensors, wheels, and structural components step-by-step.
Programming Robot Movement Code robots to move forward, backward, turn, and navigate spaces accurately.
Sensor Integration Connect and program ultrasonic, light, touch, and sound sensors effectively always.
Obstacle Detection Program robots to sense and avoid obstacles using distance and proximity sensors.
Line Following Robots Create robots that follow colored lines automatically using light or color sensors.
Engineering Design Process Plan, prototype, test, improve designs using systematic engineering problem-solving methods always.
Autonomous Programming Build self-operating robots that complete tasks independently without human control intervention.
Mechanical Systems Understand gears, motors, wheels, levers, and how mechanical components work together.

Course Content

What is a Robot? Understanding Robots in Daily Life
Types of Robots and Their Applications
Basic Components of a Robot
How Robots Think and Work
Introduction to Robotics Tools and Kits
What are Sensors? Role in Robotics
Types of Sensors (Touch, Light, Sound, Ultrasonic, Color)
How Robots Sense Their Environment
Connecting and Testing Sensors
Sensor Data and Robot Responses
Types of Motors Used in Robotics
Understanding Motor Control
Creating Basic Robot Movements (Forward, Backward, Turn)
Speed and Direction Control
Wheels, Gears, and Mechanical Systems
What is Programming? Why Robots Need Code
Block-Based Programming Fundamentals
Understanding Sequences and Commands
Writing Simple Programs for Robot Movement
Testing and Debugging Programs
Robot Design Principles
Assembling Robot Components
Connecting Electronics and Wiring
Step-by-Step Robot Construction
Testing and Troubleshooting
Conditional Statements (If-Then Logic)
Loops and Repetition in Programming
Variables and Data Storage
Combining Sensors with Programming
Creating Smart Robot Behaviors
Introduction to Automation
Line Following and Object Detection
Obstacle Avoidance Systems
Programming Robots for Specific Tasks
Logic Development and Decision Making
Introduction to Artificial Intelligence in Robotics
Remote Control and Wireless Communication
Understanding Robot Vision and Navigation
Exploring Real-World Robotics Applications
Career Paths and Future of Robotics

Requirements

  • Robotics Kit: Access to a robotics kit (LEGO Mindstorms, Arduino, or similar) which may be provided by course or purchased separately.
  • Problem-Solving Mindset: Patience for troubleshooting, willingness to learn from mistakes, and persistence when projects don't work on first attempt.
  • Computer Access: Laptop or desktop for programming robots, installing necessary software, and completing coding assignments between classes regularly.

Description

Our Robotics course brings technology to life through exciting hands-on projects where children design, build, and program real working robots. This immersive STEM program combines engineering principles, coding skills, and creative problem-solving as students construct robots using motors, sensors, and structural components. Children learn to program robot behaviors, enabling their creations to move, navigate obstacles, respond to sensors, and complete autonomous missions independently. The course teaches systematic engineering design thinking where students plan, prototype, test, and improve their robotic innovations. Through engaging challenges and projects, children explore how robots use sensor technology to detect light, distance, and obstacles while understanding real-world robotics applications in manufacturing, healthcare, and exploration. Students develop critical technical skills including mechanical assembly, circuit basics, and beginner-friendly programming while fostering creativity and innovation. This practical course builds confidence in STEM subjects, encourages logical thinking, and prepares children for high-demand technology careers. Watch your child's excitement grow as they transform from robot users to robot creators, gaining invaluable engineering mindset and technical expertise for tomorrow's innovation-driven world.

Instructor

A

Amrutha Naidu

Smart Robotics Trainer

4.5 Instructor Rating 2600 Students 4 Courses

Guides students to understand robots, sensors, and machines in an easy way

Student Reviews

4.61
225 ratings

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Why Choose This Course?

Industry-Recognized Certification

Receive a certificate upon completion that's valued by employers worldwide.

Expert Instruction

Learn from industry professionals with years of practical experience.

Career Opportunities

Gain skills that can lead to new job opportunities and career advancement.

Flexible Learning

Study at your own pace with 24/7 access to course materials.

Frequently Asked Questions

These courses build cognitive, technical, and life skills through Abacus, AI learning, financial literacy, time management, stress control, and speaking.

Mathsnipun uniquely combines Abacus and Vedic Maths with AI, Robotics, and Coding, offering personalized, practical, application-based learning.

These courses complement traditional education by building practical skills, critical thinking, digital literacy, emotional intelligence, and real-world readiness beyond academics.

Each course includes age-appropriate practice requiring 15–30 minutes daily, reinforcing learning and helping students master concepts through consistent practice.

While the combo package offers the best value, you may want to clarify whether individual courses are available separately and how the pricing compares to the combo offer.

Recorded sessions, makeup classes, and support materials help busy students catch up, with instructor guidance to stay aligned with the curriculum.

We offer doubt-clearing sessions, one-on-one mentoring, parent-teacher interactions, and dedicated support channels to support every child’s progress.

Strict privacy, secure platforms, and supervised environments ensure safe learning experiences.

Courses are delivered through a combination of online video lectures, live sessions, practical assignments, and interactive workshops.

Absolutely! We offer free demo classes for all courses so you can experience our teaching methodology before making a commitment.

No prior knowledge is needed; courses begin at foundational levels in Abacus, basic computer skills, and programming for beginners.

Courses are interactive, hands-on, and engaging, encouraging active participation through discussions. Combo Courses are fully Video Based Learning.

We have a refund policy that allows cancellation within a specified period (usually 7 days) with applicable terms and conditions.

Have more questions? Contact our support team for assistance.