Advanced AI Robot Design & AR Coding for Young

GRADES: 3-5

LENGTH: 3 weeks

DESCRIPTION

Young AI Robotics Engineers (Grades 3-5) will dive into a world of innovation at the 3-Week AI- Robot Design & AR Coding Camp.

This camp is fully accredited by the Accrediting Commission for Schools, Western Association of Schools and Colleges (ACS WASC).

No prior computer or robotics knowledge is needed. Students will progress from beginner to advanced level over the three-week program.

Fun outdoor and indoor activities and plays are part of the camp experience.

Imagine a system where, being able to teleport to any place in the universe, from the uncharted depths of the ocean to the furthest corners of the galaxy, overseeing robots that can intelligently sense, interact, and achieve remarkable feats. This vision encapsulates the magical synergy between AI, robotic engineering, and holographic AR, where technology transcends boundaries.

The following hardware will be provided in the camp for each student:

• A smart robot powered by an ESP32 chip (Week 1), equipped with programmable sensors, to familiarize students with robotics sensors and their programming. The ESP32 chip is a popular microprocessor used in both industrial and commercial robotics.
• A Mecha Armed smart robot (Week 2), featuring programmable sensors, Mecha Arms, and Mecanum Wheels with Omni Directional Tires, to explore sophisticated sensor technologies and advanced control systems.
• A smart robot integrated with an AI system (Week 3). Students learn about AI and AI-based robotics control, exploring how AI can enhance robotic capabilities through intelligent control.

Utilizing Holographic AR, students will have the ability to launch their robots remotely and teleport into the robotics world using just a webcam, bridging the physical and digital realms in a novel and engaging way.

This progression allows students to explore from basic assembly to more advanced technological concepts in a fun, interactive way with following modules:

Part 1.      Introduction to Robotics Mechanics

Part 2.      Introduction to Robotics Motor Controls

Part 3.      Introduction to Robotics Coding

Part 4.      Introduction to AR Coding for Robotics Motor Control

Part 5.      Introduction to Robotics Sensors

Part 6.      Introduction to Robotics Sensor Controls and Programming

Part 7.      Interactive AR Coding for Robotics Sensor Controls

Part 8.      Intro to AI

Part 9.      Intro to AI-Based Robotics Control

Part 10.  Interactive AR coding with AI and Robotics

Part 11.  Design Your Own AI-Based Robotics Control

What is the magic of AI Robot Design Camp over traditional robotics learning?

Integem AI Robot Design camp combines artificial intelligence (AI), robotics engineering, and holographic augmented reality (AR) in a unique educational setting. This camp builds on traditional robotics curricula by weaving in AI and AR, offering students a multifaceted and future-forwarding learning experience. Here are its distinct features:

AI Integration in Robotics: The camp introduces AI in the context of robotics, allowing students to explore AI-based robotics control. This integration helps learners grasp how AI can enhance the capabilities of robots, providing a contemporary look at the future of smart machines.

Hands-on Learning with Advanced Equipment: Each week, students engage with progressively advanced robotics hardware. Beginning with a basic smart robot and culminating in AI-integrated robots, this approach ensures deep understanding and hands-on skills in both robotics and AI.

Use Holographic AR to Teleport into Robotics World: With Holographic AR technology, the camp takes robotics to a next level. Students can launch and operate their robots remotely. They teleport into the remote world where robots perform tasks in hazardous environments while the students stay safely at home. Through
Holographic AR, they can teleport into the robot world, gaining a unique perspective by remotely controlling their robots in these immersive environments.

Emphasis on Creative and Innovative Thinking: Aligned with the Stanford University Design School Curriculum, the camp encourages design thinking and innovation.
Students are tasked with creating their own AI-based robotics control projects, fostering skills like critical thinking and problem-solving.

In summary, the 3-Week AI Robotics Engineering and Advanced AR Coding Camp is a comprehensive and engaging program that merges AI, robotics, and AR, offering students a unique opportunity to learn about cutting-edge technologies in a thoughtful and structured environment.

What students will learn:

• computer, keyboard, mouse, and Internet skills (Young Level)

•Introduction to AI (Young Level)

•AI Robotics Design (Young Level)

• Holographic AR concepts (Young Level)

• Holographic AR logic (Young Level)

• Holographic AR coding (Young Level)

•UI/UX (user interface/user experience) (Young Level)

• Advanced Robotics Engineering (Young Level)

• Advanced Robotics Coding (Young Level)

• Advanced visual communication (Young Level)

•Interactive storytelling (Young Level)

•Debugging and Problem-solving (Young Level)

•Design Thinking process based on Stanford University Design School curriculum (Young Level)

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Robotics Camp Safety Note: Mandatory Requirements for Participation

Prioritizing Health and Safety: At our Robotics camp, ensuring the safety of each student is paramount. Given the nature of the activities and the diverse needs of our participants, we have established essential safety requirements:

• Handling Components with Care: All students are required to handle small parts with both hands, ensuring control and safety. It is mandatory to avoid putting any parts in the mouth. This is a strict requirement due to choking hazards and health concerns.
• Mandatory Adherence to Instructions: To maintain a safe and productive learning environment, it is essential that students follow the teacher's instructions at all times. This is not just for their own safety, but also for the safety of others in the class.
• Appropriate Behavior with Components: Students must handle all robotics components with care to prevent any damage or injury. Actions such as throwing parts are strictly prohibited and could lead to immediate removal from the camp.

Important for Parents/Guardians: Please evaluate whether your child can safely adhere to these safety requirements. This is especially crucial if your may need additional support or accommodation. Our teachers strive to provide individual attention, but it is not possible to monitor each student every second. If you have concerns about your child's ability to adhere to these safety requirements, please contact us to discuss further.

Adherence to these rules is non-negotiable and crucial for ensuring the safety and enjoyment of all participants. We are committed to creating a stimulating, educational, and safe environment, fostering a passion for technology and innovation.

Thank you for your cooperation and understanding in creating a safe learning space for all.