What are the five core competencies of robotics education?

Mondo Education Updated on 2024-02-21

Robotics education is throughDesign, assemble, program, runRobots stimulate students' interest in learning and cultivate students' comprehensive ability. Robotics technology integrates the development achievements of multiple disciplines and represents the frontier of high-tech development.

The introduction of robot teaching can create an intelligent ecology that runs through multiple application scenarios, whether it is industrial-grade control algorithms or consumer-grade robotsControl technology, perception technology, and artificial intelligence are integrated into art designIt carries a new mission for the cultivation of students' ability and literacy.

Robotics education contains five core literacies, which are:Materialization ability, pattern expression, engineering thinking, technical awareness, innovative design.

First, materialization ability is the ability to transform ideas and solutions into tangible objects (entities) or improve and optimize existing items, which is the ability to make thinking visible as emphasized in robotics education.

Second, the graphic expression is to use the graphic style to visualize and organize the technical objects in the mind or objectively, and describe and communicate, that is, the process of designing and drawing sketches before the construction emphasized by robot education.

Third, engineering thinking is a kind of planning thinking with system analysis and comparative trade-offs as the core, which is an important literacy for robot education to complete design and production within a specified time and limited materials.

Fourth, technological awareness is the perception and understanding of technological phenomena and technical problems, including technology, human beings, social development and other issues. That is to say, robot education emphasizes the use of technology to solve problems, or to complete project production through the use of technology, such as: 3D printing, laser cutting, etc.

Fifth, innovative design is a series of problem-solving processes based on technical problems to conceive innovative solutions, that is, robot education emphasizes the use of innovative solutions to achieve the desired goals.

Robotics is an ever-evolving technology, and the teaching content needs to be updated as the technology evolves. Integrate new technologies and deliver new technologies. Publish a collection of dragon cards to share millions of cash

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