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✦ Robotics Designer - Ages 7–12

Build the Future with Cruiser Robotics

Cruiser Robotics is a hands-on STEM program where students learn science, technology, engineering, and mathematics by building and programming real robotic systems through coding projects, engineering challenges, sensor experiments, smart vehicles, and automation systems. Students learn by doing - building, testing, and improving while developing creativity, critical thinking, and innovation, so they not only understand technology but learn how to build it.
⏱ 32 Hours of learning
🔴 Online - Personalized Live Classes
🤖STEM, Robotics & Engineering
🎖 Certificate On Completion
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A smiling young girl participates in a STEM robotics activity using a laptop at a desk, with a small educational robot and robotics visualizations nearby in a bright, modern learning environment.

Robotics Designer

Ages 7–12
Curriculum Designed By Educators And Technologists Who Worked For Tech Leaders
About Course

What Is This Course About?

Cruiser Robotics is designed for students who are curious about how technology works and love learning through hands-on experiences.
Using a complete robotics kit, students build working robotic systems while exploring key concepts from science, mathematics, engineering, electronics, coding, automation, and artificial intelligence.
Build a Smart Lamp and understand electrical systems
Experiment with light, color, and RGB technology
Create digital displays, animations, and engineering designs
Program electronic music systems and understand sound waves
Control devices using wireless communication
Measure distance using ultrasonic sensors
Build and program intelligent robotic vehicles
Design autonomous robots hat interact with their surroundings
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Throughout the course, students experience the Engineering Design Process—Plan → Build → Test → Improve → Innovate.
Every session is guided by a dedicated instructor who adapts the learning experience to each student's pace, abilities, and interests.

Transparent Pricing

Pay monthly.
Stay because you love it.

Most coding academies ask you to pay upfront for months - before your child has even had a single class. At ItsMyBot, we think that's backwards. You pay month to month, and you're always in control.

What you get
Other Academies
ItsMyBot
Monthly billing
✗
✔ Yes
Full upfront payment required
✗ Often yes
✔ Never
Freedom to pause anytime
✗ Rarely
✔ Always
Pricing based on your needs
— Fixed plans
✔ Personalised
📅

Month-to-Month Enrolment

Enrol and pay one month at a time. No annual lock-ins, no large upfront amounts. Your investment stays proportional to the value your child receives.

🎯

Pricing Built Around You

Pricing varies based on the teacher, teaching style, and course chosen - because every learner is different. We'll tell you the exact cost after your free trial class, when you know what fits best.

🔓

Full Flexibility, Always

Life happens. If your needs change after any month, you have complete freedom to adjust. We'd love for you to stay - but we'll never make you feel stuck.

Why don't we show fixed prices? Because we don't believe in one-size-fits-all. Different teachers bring different expertise, teaching methods, and experience - and that's reflected in how we price. The best way to find your fit is to take the free trial lesson first, meet your instructor, and then decide. Pricing is shared after the trial - transparently, with no pressure.

Start for free - no card required

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No commitment. No pressure. Pricing shared after the trial lesson.

Why This Course

What Your Child Actually Gains

STEM Learning Beyond Textbooks
  • Understands core Science concepts including light, sound, waves, sensors, energy, measurement, and communication systems
  • Applies Mathematics through coordinates, probability, logic, calculations, data analysis, measurement, and computational problem-solving
  • Explores Engineering through design challenges, prototyping, testing, troubleshooting, and system building
  • Learns Technology and Programming through coding, automation, algorithms, sensors, and intelligent systems
Experiential & Hands-On Learning
  • Learns by building real robotic systems instead of memorizing theory
  • Develops an engineering mindset through experimentation and discovery
  • Gains confidence through project-based learning and practical application
  • Understands how school concepts connect to real-world technologies
Psychomotor & Cognitive Development
  • Strengthens fine motor skills through hardware assembly and robotics construction
  • Improves hand-eye coordination through mechanical building activities
  • Develops spatial reasoning through navigation and robotics design challenges
  • Enhances logical thinking, planning, and decision-making skills
  • Builds perseverance through testing, debugging, and improving projects
Future-Ready Skills
  • Computational thinking
  • Engineering design thinking
  • Problem-solving and innovation
  • Creativity and experimentation
  • Data interpretation and analytical reasoning
  • Collaboration and project presentation skills
Personalized Learning Support
  • Live instruction with dedicated robotics educators
  • Regular progress updates and feedback
  • Personalized learning pathways based on student strengths and interests
  • Certificate of Completion recognizing achievement and skill development
Skills Built

What Will Students Build?

Every project transforms STEM concepts into exciting real-world creations.
Here's a glimpse of what students build during the program:
Smart Lamp with programmable lighting systems
RGB Color Mixing and Interactive Display Projects
LED Matrix Displays, Animations & Emoji Creators
Electronic Music Systems using Buzzers and Coding
Infrared Remote-Controlled Smart Devices
Scrolling Information Displays and Smart Signboards
Ultrasonic Distance Measurement Systems
Intelligent Safety and Traffic Control Simulations
Remote-Controlled Smart Cars
Obstacle-Avoiding Autonomous Robots
Sound and Light Responsive Smart Systems
Line-Following and Navigation Robots
Bluetooth-Controlled Robotics Projects
A Final Innovation Project designed and built by the student
Note: Projects may vary slightly based on student pace, interests, and creativity. Instructors personalize learning experiences while ensuring mastery of key STEM concepts.
Course Curriculum

Cruiser Robotics – STEM Innovators Program

32 Hours of live instruction. Each module builds on the last.

Lesson 1 — Welcome to the World of Robotics

  • What is a robot?

  • Humans vs machines

  • Components of robotic systems

  • Introduction to STEM thinking

  • Robotics exploration activity

Lesson 2 — Meet Your Robotics Kit

  • Hardware components

  • Sensors, controllers, and outputs

  • How electronics communicate

  • Introduction to robotics software

  • Hands-on hardware exploration

Lesson 3 — Smart Lamp Engineering Challenge

  • Assemble a Smart Lamp model

  • Inputs and outputs

  • Engineering design process

  • Testing and troubleshooting

Lesson 4 — Science of Light and Color

  • How we see colors

  • RGB technology

  • Additive vs subtractive color mixing

  • Interactive color experiments

Lesson 5 — Smart RGB Display System

  • Programming RGB displays

  • Sensor-controlled colors

  • Device control and firmware basics

  • Build an interactive display project

Lesson 6 — First Steps in Programming

  • Algorithms and sequencing

  • Events and actions

  • Interactive programs

  • Computational thinking challenges

Lesson 7 — Variables and Data Systems

  • Variables and data storage

  • Counters and scoreboards

  • Increment and decrement

  • Real-world data tracking

Lesson 8 — Smart Decisions with Code

  • If and If-Else logic

  • Conditions and comparisons

  • Problem-solving activities

  • Decision-making systems

Lesson 9 — Loops, Operators & Automation

  • Loops and repetition

  • Timers and countdowns

  • Mathematical operators

  • Building automated programs

Lesson 10 — Coding Challenge Lab

  • Combine variables, loops, and conditions

  • Build a complete mini project

  • Coding assessment challenge

Lesson 11 — LED Matrix Fundamentals

  • Pixels and digital images
  • Rows and columns
  • Display technology basics
  • Create visual patterns

Lesson 12 — Digital Art with Code

  • Drawing shapes and lines
  • Coordinates and positioning
  • Variables in displays
  • Creative coding project

Lesson 13 — Emojis, Graphics & Animation

  • Bitmaps and graphics
  • Custom emoji creation
  • Animation principles
  • Animated display challenge

Lesson 14 — Smart Clocks and Information Systems

  • Strings and text handling
  • Timers and alarms
  • Information displays
  • Mini engineering project

Lesson 15 — Science of Sound

  • Sound waves and frequency
  • Pitch and vibration
  • Music and technology
  • STEM sound investigation

Lesson 16 — Music with Electronics

  • Working with buzzers
  • Notes and rhythm
  • Programming melodies
  • Interactive music projects

Lesson 17 — Build Your Own Music System

  • Create custom tunes
  • Sequencing music
  • Sound engineering challenge
  • Project showcase

Lesson 18 — Infrared Communication

  • How remote controls work

  • Infrared technology

  • Wireless communication systems

  • Practical applications

Lesson 19 — Remote-Controlled Systems

  • IR-controlled displays

  • Nested conditions

  • Interactive response systems

  • Engineering challenge

Lesson 20 — Smart Display Automation

  • Scrolling text and emojis

  • Dynamic displays

  • Display design principles

  • Mini project

Lesson 21 — Advanced Matrix Engineering

  • Nested loops

  • Complex patterns and displays

  • LED prism activities

  • Computational thinking challenge

Lesson 22 — Randomness and Logic

  • Random number generation
  • Probability concepts
  • Pattern recognition
  • STEM simulations

Lesson 23 — Mathematical Problem Solving

  • Even and odd logic
  • Modulus operator
  • Multiplication systems
  • Engineering calculations

Lesson 24 — Smart Calculator Challenge

  • Building calculators
  • Interactive math systems
  • Combining logic and calculations
  • Coding assessment challenge

Lesson 25 — Understanding Sensors

  • Inputs and outputs
  • Data collection systems
  • Smart technology examples
  • Sensor exploration activity

Lesson 26 — Ultrasonic Distance Measurement

  • Echolocation principles
  • Measuring distance
  • Data interpretation
  • STEM investigation

Lesson 27 — Smart Safety Systems

  • Traffic light simulation
  • Safe and unsafe zones
  • Sensor-based decisions
  • Engineering challenge

Lesson 28 — Distance-Aware Robotics Project

  • Sensor integration
  • Autonomous responses
  • Real-world robotics applications
  • Mini project

Lesson 29 — Build and Control Your Smart Car

  • Assemble a robotic vehicle
  • Vehicle components
  • Remote control systems
  • Testing and troubleshooting

Lesson 30 — Motion, Navigation & Track Challenges

  • Programming movement patterns
  • Shape navigation
  • Track design challenges
  • Spatial reasoning activities

Lesson 31 — Autonomous Robotics & Smart Sensors

  • Obstacle detection
  • Self-driving behaviors
  • Light and sound sensors
  • Intelligent robot responses

Lesson 32 — Innovation Showcase & Final Capstone Project

  • Line-following technology
  • Bluetooth connectivity
  • Design a complete robotics solution
  • Present and demonstrate final project
  • Final assessment and certification

Students design and build a complete STEM robotics solution combining:

● Programming and automation
 ● Sensors and data collection
 ● Engineering design principles
 ● Mathematics and logical thinking
 ● Wireless communication and control
 ● Autonomous robotic behaviors
 ● Real-world problem solving

Download Full Module Breakdown (PDF)

The ItsMyBot Difference

Why Parents Choose Us

  • STEM-focused curriculum built around experiential learning
  • Real robotics hardware used throughout the course
  • Strong alignment with school-level Science and Mathematics concepts
  • Project-based learning that develops practical skills
  • Personalized instruction and mentorship
  • Regular progress reports and learning feedback
  • Flexible scheduling options
  • Focus on innovation, creativity, and future technologies
  • Learning pathways designed to prepare students for future STEM careers
Enroll Now
Parent and child exploring coding together on a laptop at a kitchen table at home.
faqs

Get to Know Us Better

No. The course is designed for complete beginners and gradually progresses toward advanced robotics concepts.

It is a balanced STEM program that combines robotics, engineering, coding, science, mathematics, and problem-solving.

Students apply concepts they learn in school—including light, sound, waves, measurement, logic, coordinates, calculations, and data analysis—through practical projects and experiments.

Absolutely. Students build, test, experiment, code, troubleshoot, and improve projects in every module.

STEM knowledge, engineering thinking, coding skills, problem-solving ability, creativity, fine motor skills, spatial reasoning, and confidence.

Yes. Students receive an ItsMyBot Certificate of Completion after successfully completing the course and final project showcase.

Students use the Cruiser Robotics Kit along with a computer and internet connection.

Classes can be rescheduled with prior notice according to our scheduling policy.

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Empowering children with the right skills today enables them to drive innovation tomorrow. Join us on this exciting journey, and let's unlock the boundless potential within every child.

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