本课程学习智能化信息系统的设计开发方法与实践；了解基于嵌入式系统，包括高速微控制器、可编程逻辑器件、SOPC等发展迅速的平台技术以及软硬件协同的设计方法，设计实现人工智能应用系统。要求学生对人工智能、机器学习算法和通信等知识有一定了解，有一定编程技能和硬件开发能力。

本课程部分课题可能来源于企业的实际项目，由合作企业提出符合智能化系统设计的中高难度的工程实际问题作为课程任务。课程实验内容鼓励创新，以及融合当今最新设计手段和工具。

多人一组开展实验。小组得分中，平时讨论参与度的评价约占10%，实验报告的评价约占25%，实验作品检测的评价约占65%。组长负责给出组内成员的贡献程度，作为个人得分的重要依据。

In Design and Practice of Intelligent System students learn the design and development method and practice of intelligent information system. Understand the rapid development of platform technology based on embedded system, including high-speed microcontroller, programmable logic device, SOPC and the method of hardware and software co-design. Design and implement an artificial intelligence application system. Students are required to have a certain knowledge of artificial intelligence, machine learning and communication algorithms, and certain programming skills and hardware development capabilities..

Parts of the subjects of this course may come from the actual projects of the enterprise, and the cooperative enterprise puts forward the practical engineering problems which are in line with the design of intelligent system as the task of the course. The innovation of the experimental contents and integration the the latest design means and tools are encouraged.

The students are required to implement their projects in groups of muptiple persons. Grading for engineering prototypes makes up approximately 65% of final grade for each group, while those for participation in ordinary activities and design reports make up 10% and 25% respectively. Furthermore the group leaders are required to evaluate each member’s contribution, which will be a significant hint of final grade for each student.

贯彻国家“立德树人”的教育方针，落实学校“价值引领、知识探究、能力建设、人格养成”四位一体的育人理念，本课程的培养目标如下：

1．了解工程设计的基本概念和一般流程，了解并认识工程与科学的关系。以扎实深厚的基础理论为指导，了解领先的专业前沿和宽广的跨学科知识。培养在工程实践中运用各种技术、技能和工具制定实验方案、进行实验、分析和解释数据的能力；培养认识和发现问题以及批判性思维及创新能力。

2．培养富有合作精神、团队协作解决工程问题的能力和管理领导能力以及独立开展工作的能力，树立立足行业领域，刻苦务实，诚实守信的精神。