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摘要：《半导体器件物理》是微电子学、电子科学与技术等专业的重要专业基础课，在新兴产业应用技术人才的知识结构中具有重要的基础地位。本研究是建立在上海应用技术大学《半导体器件物理》重点课程建设项目的基础上,针对《半导体器件物理》课程的授课特点，构建更利于学生课堂内外学习、兴趣激发和师生交流的网络平台。50509
制作学科平台网站是一件繁复的工作，在进行了长时间的资料收集，以及工具学习后，方才进入到正式的制作环节。首先对于整个半导体网络平台进行了全方位的需求分析，在罗列出这些有关师生互动的必要需求后，对于整个网站的外观，导航，结构，功能进行了全面的设计以及优化。在网站能够满足日常使用的同时，也能够达到便利，清晰，美观等要求。此外在网站分辨率兼容方面也进行了优化，力争使得不同载体的用户都能够获得良好的体验。此外，该网络平台不单为半导体物理，也为LED照明技术，计算机辅助光学设计等课程进行了首页整合，为之后学科平台的全面发展提供了便利。
毕业论文关键词： 半导体器件物理；网络平台；网络授课；网络学习；资源共享
Design of network platform based on the construction of physics course of semiconductor device
Abstract: The semiconductor device physics is not only an important professional basic course for microelectronics, electronic science and technology specialities, but also a theoretical and practical basis of the applied technical personnel necessary for emerging industries in the application type undergraduate colleges and universities. This course is a transition course that connects the properties of materials and device applications, and has an important basic position in the knowledge structure of the emerging industry application technology talents. This study is based on the semiconductor device physics key curriculum construction project in Shanghai Applied Technology Institute. The aim of this study is to create a more conducive to students outside of the classroom learning, stimulate interest and the communication between teachers and students of the network platform, according to the characteristics of semiconductor devices physics course.
Making subject platform website is a complicated work, since the formal production link began after the long time of data collection, as well as tools to learn. Based on the entire semiconductor network platform for the full range of needs analysis, the necessary demand of the teacher-student interaction were listed, then the appearance of the entire site, navigation, structure and function of the comprehensive were designed and optimized. Additionally, the site meets daily use, and it should provide convenient and be clear and beautiful at the same time. In addition to the optimization of the resolution compatibility of the site, the network platform strives to make the users of different carriers get a good experience. Moreover, this network platform integrates the home for three courses of the semiconductor physics, the LED experiment and computer aided optical design, thus provides a convenient for the comprehensive development of the following platform.
Key words: semiconductor device physics; network platform; network teaching; network learning; resource sharing
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