Robotics Engineering & AR Coding for Young

AGES: 8-10

LENGTH: 2 weeks

DESCRIPTION

Young Robotics engineers (Ages 8-10) will dive into a captivating 2-Week adventure in the Robotics Engineering & AR Coding Camp. No Prior Computer or Robotics Knowledge Required.

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

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

At the camp, students’ passion for learning will intertwine with the intriguing world of robotics and augmented reality (AR) coding. This camp presents an exciting array of activities, spanning from fundamental robot sensor control and coding to more advanced lessons in robotics maneuver and motion control. Students will experience the excitement of remotely launching robots and teleport into an augmented reality world, giving life to their robotic designs in an interactive and lively way.

Picture this: 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 sense, interact, and achieve remarkable feats. This vision encapsulates the magical synergy between robotic engineering and holographic AR, where technology transcends boundaries.

The following hardware will be provided in the camp for each student. You have the option to purchase a set to take home for continue learning:

• 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 powered by Raspberry Pi Pico & WiFi 6 technology(Week 2), featuring programmable sensors, Mecha Arms, and Mecanum Wheels with Omni Directional Tires, to explore sophisticated sensor technologies and advanced control systems.

Throughout the camp, students will learn fundamentals about robotics mechanics, motor controls, sensors and sensor controls, robotics coding, Holographic AR design, logic and coding, and integrated robotics control with AR. Students will also explore the Design Thinking process based on the Stanford University Design School curriculum, interactive storytelling skills, problem-solving, and critical thinking.

The camp includes following modules:

• Introduction to Robotics Mechanics
• Introduction to Robotics Motor Controls
• Introduction to Robotics Sensors
• Introduction to Robotics Coding
• Introduction to AR Coding
• Introduction to Robotics Controls with AR
• Introduction to Circuits
• Intermediate Robotics Coding
• Interactive AR Coding for Intermediate Robotics Sensor Controls
• Design Your Own Robotics Application with AR Control

What is the magic of Integem Robotics Engineering Camp?

The Integem Robotics Engineering & AR Coding Camp offers a unique and enchanting experience, skillfully blending traditional robotics education with the innovative world of augmented reality (AR), while also enhancing the standard robotics engineering curriculum for this age group. Here's how:

Advancing Beyond Traditional Robotics: The camp builds upon the basics of traditional robotics education, introducing students to more advanced aspects of robotics suitable for their age. This progression allows them to explore beyond standard robotics classes, engaging with more complex sensors and control systems. The focus is on programming robots for more interactive and responsive actions, tailored to their learning level without overwhelming them.

Incorporating Holographic AR Technology: A key highlight of the camp is the integration of Holographic AR technology. This innovative approach enables students to operate their robots remotely and teleport into the remote world. Holographic AR gives them the ability to control robots in a variety of settings remotely, even those that might be inaccessible or hazardous, all from their own home.

Fostering Essential Skills: Beyond the foundational aspects of traditional robotics education, the camp emphasizes the development of critical skills such as problem-solving and precision. As students see their programmed robots and AR projects come to life, they become more invested in the process of tweaking and perfecting their designs. This cycle of observation, refinement, and improvement cultivates persistence and adaptability, essential traits for success in the rapidly changing world of technology.

Students will learn the following:

• Computer, keyboard, mouse, and Internet skills (Young Level)
• Beginning to Intermediate Robotics Engineering: motor control, sensor control and sensing, robotics coding (Young Level)
• Beginning to Intermediate Robotics Coding (Young Level)
• Beginning to Intermediate Holographic AR concepts & Logics (Young Level)
• Beginning to Intermediate Holographic AR coding (Young Level)
• Introduction to Circuits (Young Level)
• UI/UX (user interface/user experience) (Young Level)
• 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.