ClicBot - 1000 Robots in One

1.0 Introduction: Redefining Hands-On Learning with Modular Robotics

In today's rapidly evolving technological landscape, modern STEAM education requires more than theoretical knowledge; it demands practical engagement. The strategic importance of providing students with tools that are not only engaging but also build foundational skills in creativity, logical reasoning, and problem-solving has never been greater. These tools must inspire curiosity and empower students to become active creators, not just passive consumers of technology.

ClicBot is an intelligent, modular robotics platform specifically designed to meet these educational needs. It offers an intuitive, hands-on approach to robotics and coding that is accessible to all skill levels. The purpose of this proposal is to demonstrate how ClicBot's unique ecosystem of hardware, software, and community support provides a comprehensive and scalable solution for educational institutions seeking to enrich their STEAM programs. ClicBot is not merely a product but a complete learning platform that grows with students, guiding them from their first playful interaction to the creation of complex, imaginative robots.

This commitment to progressive skill development is embodied in ClicBot's core pedagogical framework.

2.0 The ClicBot Pedagogical Framework: From Playful Exploration to Expert Creation

A cornerstone of effective technology education is a scaffolded learning approach—one that introduces concepts in a structured manner, building upon prior knowledge to foster sustained engagement and deeper comprehension. A system that grows with a student's abilities is crucial for maintaining interest and preventing the frustration that can arise from tools that are either too simple or too complex. ClicBot is built on this principle, offering a clear pathway for skill development.

The ClicBot "Starter to Pro" learning journey is a three-stage framework designed to guide students from initial curiosity to advanced creation:

1. Starter Level: Fostering Interest and Inspiration. Students can begin their ClicBot journey immediately with over 50 pre-configured robots available straight out of the box. This allows for instant play and exploration without requiring any prior coding or building knowledge. By engaging with a cast of charming characters—from the playful duo Bac and Bic, to Lucky the photo-loving puppy, to Rock the beatbox machine—students are immediately inspired and their interest in robotics is ignited through hands-on, personality-driven interaction.

2. Intermediate Level: Developing Logic and Problem-Solving. As students become more comfortable, they can progress to designing, building, and coding their own unique robots. Guided by the resources in the ClicBot Academy, this stage directly targets the development of critical thinking. The process of assembling modules to achieve a specific function and then programming its behavior inherently cultivates logical reasoning and iterative problem-solving skills.

3. Pro Level: Cultivating Teamwork and Advanced Creativity. At the advanced level, students are encouraged to engage with the global ClicBot community. They can participate in "Weekend challenges" and other competitions, collaborate with peers, and showcase their "ultra-creations." This stage develops sophisticated design skills and fosters a sense of teamwork and global citizenship as students share their innovations and draw inspiration from others.

This integrated framework ensures ClicBot is not just a single-use tool but a long-term platform for skill development. This journey is made possible by the versatile and intuitive hardware at the core of the ClicBot experience.

3.0 Engineering and Design: The Power of ClicBot's Modular System

The educational value of modularity in engineering cannot be overstated. By providing a simple, intuitive building system, technical barriers are removed, allowing students to focus on creativity, design thinking, and rapid prototyping. ClicBot’s hardware is a masterclass in this philosophy, engineered for simplicity and designed to unleash imagination.

ClicBot’s design principles make robotics accessible to everyone. The system uses only one type of buckle, one button, and one charging port, completely eliminating the need for complex wiring or screws. This streamlined approach means a student can assemble their first robot in under three minutes, moving from concept to creation with unprecedented speed and ease.

Core ClicBot Modules

The ClicBot ecosystem is composed of a variety of specialized modules, each with a distinct function.

Brain Module

The Brain is the master control and power supply unit, featuring an ARM-A7 processor and a 1550mAh lithium-ion battery. It integrates a 2.1-inch rotational touch screen, camera with facial recognition software, microphone, loudspeaker, gyroscope, accelerometer, and WiFi capabilities.

Joint Module

Functioning as the "joint" of ClicBot, this module provides integrated motion through a high-precision servo system. It contains a built-in DC geared motor and angular rate/angle position sensors for precise speed and position control.

Skeleton Module

The Skeleton module is the "bone" of ClicBot and is primarily used for building limbs and structural components, connecting other modules to extend the robot's physical form.

Wheel Module

This functional module is used for vehicle setups, containing a DC geared motor and a magnetic speed sensor to provide mobility with a maximum rotor speed of 4.5 rounds-per-second.

Smart Foot Module

Serving as the "feet" of ClicBot, this sensor module includes a highly-sensitive pressure sensor and a built-in micro-processor to intelligently control and measure terminal pressure.

Suction Cup Module

This actuator module uses a negative pressure pump, solenoid valve, and an air pressure sensor to perform climbing functions on smooth surfaces. A micro-processor controls the air current and proactively checks stability.

Grasper Module

Featuring a flexible bionic design, this actuator module is controlled via a built-in micro-processor, enabling it to grasp objects of various shapes and sizes up to 250g.

Distance Sensor Module

This sensor module uses a high-precision infrared probe and a built-in micro-processor to measure the distance from an obstacle, enabling environmental awareness and autonomous navigation.

The true potential of this versatile hardware is unlocked through its equally accessible and powerful programming interface, which supports learners at every stage of their coding journey.

4.0 A Scaffolded Approach to Coding: Developing Computational Thinking

Teaching coding effectively requires a strategy that is inviting for absolute beginners yet remains challenging and robust for advanced learners. ClicBot achieves this through a multi-level approach to programming that develops computational thinking in a scaffolded, intuitive manner. Students can start with no-code methods and seamlessly progress toward text-based programming as their skills mature.

• Motion Programming: This is a true no-code method accessible to all students, regardless of prior experience. Users can simply move the robot by hand to record a sequence of gestures and actions. ClicBot memorizes the routine, allowing students to create complex animations and behaviors without writing a single line of code.

• Block-Based Programming: ClicBot features a drag-and-drop graphical programming interface based on Google Blockly, similar to the widely used Scratch platform. This visual system is user-friendly enough for children of pre-school age to master, serving as the "first step in real coding" by teaching logic, sequencing, and conditional statements in an engaging, block-based environment.

• Pathway to Text-Based Coding: To bridge the gap between visual and traditional programming, ClicBot offers a powerful transition tool. With a single click, block-based programs can be instantly converted into Python code. This feature provides a direct and tangible link between the graphical blocks and a real-world programming language, demystifying text-based coding for aspiring developers.

To support this learning process, the comprehensive "Coding Guide" PDF provides a detailed introduction to every coding block available in the system, serving as an invaluable resource for both students and educators. This combination of powerful software and excellent documentation smoothly connects the act of individual creation to the power of shared learning within the ClicBot community.

5.0 Global Collaboration: The ClicBot Community and Learning Resources

A connected learning community is a powerful catalyst in education, accelerating skill acquisition and inspiring innovation through peer-to-peer sharing and collaboration. ClicBot extends beyond the individual user experience by integrating a vibrant and active global community directly into its app, transforming learning into a shared, collaborative adventure.

The ClicBot Community offers several key features that enhance the educational experience:

• Global Connection: Students can connect with a diverse community of ClicBot creators from over 82 countries, fostering a global perspective and encouraging cross-cultural exchange of ideas.

• Inspiration and Sharing: The community serves as a dynamic hub where students can share their own creations—including robot designs, custom movements, videos, and photos—and get inspired by the work of others. They can download models and programs from fellow users to learn from, modify, and build upon.

• Structured Challenges: To further encourage creativity and skill development, the community hosts "Weekend challenges" and other competitions. These events provide a platform for students to test their abilities, engage in friendly competition, and collaborate on ambitious projects.

Dedicated Educational Resources

ClicBot provides a robust library of support materials designed to guide both educators and students.

• ClicBot Academy: The Academy offers a wealth of programming lessons and guided tutorials with new content updated weekly. It teaches advanced functions and provides creative ideas to help students build and code with a clear reference point.

• In-App Courses: Fun and engaging in-app video courses are available to teach users how to realize the full potential of their ideas and master advanced features.

• Comprehensive Documentation: A detailed "User Manual" and "Coding Guide" are available as downloadable PDFs, serving as key reference materials for understanding hardware specifications and mastering the programming system.

This complete learning ecosystem is backed by practical, institution-focused support and clear product acquisition options.

6.0 Institutional Support and Implementation

Adopting new educational technology requires confidence in the platform and its provider. ClicBot demonstrates its commitment to being a long-term educational partner through a comprehensive support structure and a versatile range of purchasing options designed to meet institutional needs at any scale.

Support and Warranty

ClicBot ensures a seamless implementation experience with a multi-channel support system and robust product guarantees.

• Customer Support: Lifetime customer support is available via email at info@keyirobot.com and feedback@global.keyirobot.com. A website chat function is also available for immediate inquiries.

• Hardware Warranty: Every ClicBot comes with a 1-year hardware warranty. For institutions in regions with different consumer laws, such as Europe, the warranty is extended to 2 years as required.

• Return Policy: A 30-day money-back guarantee is provided, allowing institutions to purchase with confidence.

ClicBot Educational Kits

ClicBot is available in four distinct kits, allowing institutions to choose the package that best fits their curriculum needs and budget.

Module Name Brain Joint

Starter Kit 1 4

Standard Kit 1 6

Full Kit 1 8

Maker Kit 1

4

6

8

17

Skeleton

1

3

5

9

Wheel

2

2

4

6

Mount

1

1

1

1

Holder

1

1

1

2

Smart Foot

0

4

4

4

Suction Cup

0

2

2

2

Distance Sensor

0

0

2

2

Grasper

0

0

1

1

Mount Stickers

10

10

10

10

Locker

2

4

6

10

Charging Cable

1

1

1

1

Total Pieces

14

26

46

57

The variety of kits is a strategic advantage, enabling tailored implementation for any scenario, from initial pilot programs with Starter Kits to full-scale departmental rollouts with the comprehensive Maker Kit.

7.0 Conclusion: Investing in the Future of STEAM Education

ClicBot is more than a product—it is a complete educational ecosystem designed to prepare students for a technology-driven future. By seamlessly integrating hardware, software, and a collaborative community, ClicBot offers an unparalleled platform for hands-on learning that is both engaging and deeply educational.

This proposal has outlined the core benefits for educational institutions: the development of student creativity, logical reasoning, and problem-solving skills through a unique combination of intuitive modular hardware, scaffolded programming from no-code to Python, and a vibrant global community that inspires continuous learning. ClicBot grows with your students, providing a long-term, scalable solution that meets the needs of learners from their first day of exploration to their most advanced projects.

Adopting ClicBot is an investment in a dynamic and future-proof STEAM program. The next logical step is to secure a demonstration kit to fully evaluate its transformative potential within our curriculum. I recommend we contact their educational sales team at info@keyirobot.com to proceed.