The Exhibition Design For The Principle Of Sunflower’s Auxin Based On Arduino Platform

At the new era,the "Internet Plus" strategy have made many changes and innovations.For example,the China Association for Science and Technology actively implements the “Internet + science” that the science exhibits in science and technology museums require innovation,and the traditional learning methods can no longer meet the demand for talents with innovative spirit and practical ability,and there are still many unbalanced and inadequate education in different regions.But science and technology museum has great resources for education,so they are needed to be fully integrated by the Museum-School.Although there is a number of mature and classical exhibits in the National Science and Technology Museum,the biological exhibits for teenagers aged from 12 to 18 are rather lacking,and the irrational design of the current sunflower exhibit at the Wuhan Science and Technology Museum.This article is based on discovering learning theory,constructionism theory,and inquiry learning theory,combining the new needs of design conception of science and technology museums,and analyzing the current status of biological exhibits and auxin present in science and technology museums,and young people’s learning methods and interests,based on Arduino’s,the sunflower auxin principle popular science exhibits for young people’s interactive experience can be produced through practice.The research will provide a new display principle scheme and display method for the sunflower exhibit design of the Science Museum.The exhibits not only show the phenomenon of sunflower phototropism,but also the microcosmic mechanism of sunflower to the uneven distribution of photosynthetic pigments and auxin.With the instructions,viewers can change the position of the light source for visual observation.Different exhibits under different operations will give different reactions,which will make the audience interest in the observation,stimulate their learning motivation,try to explore,observe and draw their own conclusions,and then add the sunflower side to the light phenomenon and principle.The scientific interpretation of the application of the two-dimensional code,and then to achieve the educational objectives of the exhibits design.