Electromagnetic induction , as an important theoretical basis of wireless power technology , usesmagnetic flux changes to generate induced electromotive force, providing a more convenient and securecontaetless power supply for electronie produets. In order to enhanee students’ experimental interest and skillsas well as further cultivate their awareness of scientific research and innovation .a flexible wireless driven LE)device manulfacturing experiment based on the principle of magnetic coupling resonance was designed. Through actively participating in the whole process of fabrieating the flexible wireless LED device , students can fullyunderstand and learn the principle of magnetic coupling resonance ,circuit design ,circuit simulation modelingcircuit board printing and production, electrical performance detection, and other related knowledge. Meanwhile , this experiment aims to develop students’abilities in analyzing experimental data and problem-solving.