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    The Animatronics Workshop engages students in creating robotic shows, integrating storytelling, engineering, and performance. This cross-disciplinary approach fosters creative thinking and technical skills in a hands-on learning environment.

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    Area of Science:

    • STEM Education
    • Robotics
    • Creative Arts Integration

    Background:

    • Traditional education often compartmentalizes subjects, limiting opportunities for interdisciplinary learning.
    • Developing creative problem-solving skills is crucial for 21st-century learners.

    Purpose of the Study:

    • To evaluate the Animatronics Workshop as a model for cross-disciplinary learning.
    • To assess the impact of a hands-on robotics project on student creativity and technical skill development.

    Main Methods:

    • A three-day intensive prototype workshop was conducted.
    • Fourteen high school students participated in conceiving and constructing a robotic show.
    • Activities included story writing, robotic mechanism and set construction, voice acting, and motion track creation.

    Main Results:

    • Students engaged in a comprehensive process from concept to performance.
    • The workshop facilitated the integration of diverse skills, including narrative, engineering, and artistic expression.
    • A three-character robotic show was successfully created by the participants.

    Conclusions:

    • The Animatronics Workshop effectively provides a deep, cross-disciplinary learning experience.
    • This model encourages creative thinking across traditional areas of expertise.
    • Hands-on projects like this can foster innovation and collaborative learning in students.