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RoboNinja by

Turito

Evolve from wanderers to tinkerers & future innovators with hands-on learning in Robotics.

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Accredited by

At Turito, we make learning fun and engaging. We believe in concept-based learning backed by real-world examples. In line with this approach, Turito has been accredited bySTEM.org, which demonstrates our commitment to delivering a top-notch curriculum for the students of grades 1-12. This accreditation means that our programs/courses are thoroughly vetted for accuracy, comprehensiveness, authenticity, reliability, quality, curriculum, framework, and content for 21st-century skill learning. This also affirms that our organization is on the right track with our mission to make programs affordable and accessible.

Why should kids enroll with us?

Join our program to become future-ready by mastering vital skills like tech expertise, critical & entrepreneurial thinking.

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1:1 personalized classes by experts

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Hands-on, project-based experience

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Future-ready topics – automation & coding

Enjoy tech & dream big

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    Learn crucial concepts like algorithm design.

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    Know key problems involved in designing robots.

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    Stir curiosity to build robots & programs.

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    Design prototypes to think creatively & find solutions.

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    Build your analytical skills with digital logic.

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Courses available

A step-by-step tech journey from inception to the finish line

Grades 3 to 5

clockProgram highlights 
  • Interactive Displays and Personalization.

  • Understand touch-based inputs and eventdriven programming for music and games.

  • Create games with logic for movement, scoring, and event handling.

  • Implement algorithms for detecting and recognizing facial expressions.

  • Assemble robots, program kinematics, and create automation systems.

  • Apply all learned concepts to projects focused on environmental solutions and automation.

clockProject highlights  
  • Maze game

  • Road Safety System

  • Smart Security System

  • Self-Driving Car

  • Make your Robot Pet

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  • Learn fundamental robotics concepts and calibrate obstacle-avoiding robots.

  • Integrate sensors and program them to detect obstacles and create relevant algorithms.

  • Master actuator principles and real-time vision processing.

  • Autonomous Navigation and Decision Making.

  • Implement navigation algorithms and decision processes for robots.

  • Engage in object tracking, pick-and-place, and specialized robot designs.

  • Explore coordinated movement, data processing, and control for autonomous systems.

clockProject highlights  
  • Edge Detection Robot

  • Obstacle Avoidance Robot

  • Object Tracking Robot

  • Four Wheel Drive Robot

  • Horizontal Pick and Place Robot

clockProgram highlights 
  • Learn to assemble the Quarky Mecanum Wheel Robot and discover its distinctive movement capabilities.

  • Program complex motions using advanced control techniques.

  • Utilize camera input for various detections to enhance interactive robot control.

  • Integrate mobile apps for controlling Mecanum and Gripper robots.

  • Explore the assembly of humanoid robots, AI learning, and face-tracking technology for creating interactive robots.

  • Assess challenges and develop capstone projects.

clockProject highlights  
  • Sign Detection Controlled Mecanum Robot

  • Hand Pose Controlled Mecanum Robot

  • Speech Recognized Controlled Mecanum Robot

  • Gesture Controlled Humanoid Robot

  • Face Tracking Controlled Humanoid Robot

For Grades 6 to 8

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  • Interactive Displays and Personalization.

  • Create engaging games and challenges.

  • Develop a weather monitoring system and an AIdriven waste management solution.

  • Implement voice-controlled systems and a face recognition security setup.

  • Assemble and program a Quarky robot, make it move, and create a line follower robot.

  • Detect signs and landmarks, handle multiple signals, and operate waste-collecting bots.

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  • Waste Management System

  • Weather Monitoring System

  • Home Automation System

  • Waste Collecting bot

  • Line Following Robot

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  • Assemble and program a robot to detect and avoid obstacles using ultrasonic sensors.

  • Learn to calibrate and control servo movements for precise actions.

  • Build and program a robot to detect edges and navigate safely.

  • Assemble a robot with manual and automatic steering capabilities.

  • Construct and program a robot with four-wheel drive for enhanced mobility.

  • Assemble and program a robot for vertical object manipulation tasks.

clockProject highlights  
  • Face Tracking Robot

  • Obstacle Avoidance Robot

  • Object Tracking Robot

  • Automatic Steering Robot

  • Vertical Pick & Place Robot

clockProgram highlights 
  • Build and program the Quarky Mars Rover using tools like PictoBlox, incorporating gesture control, sign detection, and speech recognition.

  • Explore advanced Mars Rover motion techniques, including obstacle avoidance, machine learning-based sound control, and enhanced features with the Dabble app.

  • Learn IoT fundamentals by creating smart devices like remote-controlled plugs and lighting and implement systems for air pollution monitoring and door control.

  • Develop solutions like automatic plant watering with soil moisture sensors and use ThingSpeak for realtime home environment monitoring.

  • Enhance home security with secure access systems using face recognition technology.

clockProject highlights  
  • Gesture Controlled Mars Rover

  • Obstacle Avoidance Mars Rover

  • Face Recognition Controlled Door

  • Automatic Plant Watering System

  • IoT Based Air Pollution Monitoring System

For Grades 9 to 12

clockProgram highlights 
  • Interactive Displays and Personalization with Python coding.

  • Develop touch-based inputs and event-driven programming for music and games.

  • Create games with logic for movement, scoring, and event handling.

  • Implement algorithms for facial expression detection and recognition.

  • Assemble robots, program kinematics, and create automation systems.

  • Apply all concepts in the Capstone project like environmental solutions and automation.

clockProject highlights  
  • Face Detection Project

  • Weather Monitoring System

  • Self-Driving Car

  • AI Delivery bot

  • Line Following robot

clockProgram highlights 
  • Understand basic robotics concepts and calibrate robots to avoid obstacles.

  • Incorporate sensors to detect obstacles and develop effective algorithms.

  • Master actuator functions and real-time vision processing techniques.

  • Implement navigation algorithms and decisionmaking processes for autonomy.

  • Engage in object tracking, pick-and-place tasks, and specialized robot designs.

  • Explore coordinated movement, data processing, and control for autonomous systems.

clockProject highlights  
  • Face Tracking Robot

  • Edge Detection Robot

  • Object Tracking Robot

  • Four Wheel Drive Robot

  • Pick and Place Robot

clockProgram highlights 
  • Discover how to build a quadruped robot and manage its preset actions and movements.

  • Create a dance routine in sync with music and use ultrasonic sensors for obstacle avoidance.

  • Discover how to create a real-time air quality monitoring system using IoT sensors, sending data to the cloud for analysis and visualization.

  • Explore methods to boost security with automated recognition and control systems.

  • Combine various sensors to oversee a smart house, utilizing the ThingSpeak platform for detailed insights.

clockProject highlights  
  • Wireless Controlled Robot

  • Quadruped Obstacle Avoidance Robot

  • IoT Enabled Smart Plug

  • Air Pollution Monitoring System

  • IoT House Monitoring project

Our methodology

Comprehensive & immersive learning, aligned with schoolwork

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Playful, fun learning using educational robots.

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Fun pedagogy to develop tech skills early on.

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Showcase creativity with hands-on capstone projects.

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Inquiry-based learning to explore innate curiosity

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Focus on bringing out students’ innovation & skills.

Get an edge with RoboNinja

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    Life skills

    Develop vital skills like logical thinking, problem solving, creativity & innovation.

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    Tech skills

    Ability to build circuits, electronics, mechanical designs, sensors, controllers, user-friendly graphical programming (block-based coding), Arduino, IOT & AI.

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    Academic skills

    Boost computational abilities, mathematical expertise & computational thinking.

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Prerequisites

iconLaptop/ desktop with a stable internet connection
iconCamera
iconHeadset (optional)

Turito is a personalized e-learning platform promoting holistic learning and offering quality education to students across the globe. With the top 2% of experts responsible for the immersive learning experience, the company provides 1:1 and small group sessions from 2nd to 12th grade, building a strong foundation for learners. Engaging personalized classrooms, undivided attention, and customized learning plans cater to students' academic needs. We offer extensive test prep for SAT, ACT, AP, Foundation Program, PSAT,

Turito aims to prepare you for the top schools and colleges with its expert faculty and top-class features, fostering academic excellence. Turito’s technology-modulated learning, expert tutors, and regular assessments ensure that we are at every step of the way, enabling students to achieve academic excellence. The company offers its services to students in the US, Europe, Canada, Singapore, Australia, the Middle East, and India.