Design of Bionic Robotic Arm Based on 3D Reconstruction and Intelligent Control and Practical Exploration in Vocational Education
Abstract
Based on 3D reconstruction and intelligent control technologies, this paper designs a bionic robotic arm teaching platform, aiming to enhance the practical teaching effect of intelligent manufacturing courses in vocational education. The system integrates deep perception, path planning, and multi-joint control functions, with capabilities such as recognition and grabbing, and autonomous execution.
Through teaching applications in higher vocational classrooms, the effectiveness of the platform in promoting students practical ability,
systematic thinking, and technical understanding has been verified. Teaching feedback shows that the platform has good stability, operability, and teaching adaptability. This study provides an empirical reference and practical path for the deep integration of intelligent equipment and vocational education.
Through teaching applications in higher vocational classrooms, the effectiveness of the platform in promoting students practical ability,
systematic thinking, and technical understanding has been verified. Teaching feedback shows that the platform has good stability, operability, and teaching adaptability. This study provides an empirical reference and practical path for the deep integration of intelligent equipment and vocational education.
Keywords
3D reconstruction; Intelligent control; Bionic robotic arm; Vocational education; Teaching training
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DOI: http://dx.doi.org/10.70711/neet.v3i7.7221
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