Design of Electro-Mechanical (Mechatronic) Systems An Integrated Inter-Departmental Curriculum

9354403 Rizzoni这个项目的主要目标是开发机电(机电)系统设计的创新课程。这一创新课程通过将视频和计算机的创新使用引入课堂和实验室，将电气、电子、机械和计算工程融为一体。重点是在工程设计和分析中使用各种CAD工具。在实验室中提供现实的工程问题设置，使学生能够解决工程中的设计和实验问题。通过综合课程，交叉列出许多相关的EE和ME课程，以及机电系统实验室的运动控制，学生可以接触到运动控制和混合动力汽车的电气、电子、机械和计算方面的知识，从而实现目标。选择这门课程的学生将获得机电系统设计的学习证书，并使用机电系统实验室的运动控制设施完成他们的高级设计项目。通过这门课程，本科生将创造性地确定机电系统中最重要的设计项目。设计项目是通过开放使用实验室并在工业赞助商的参与下实现的，这些赞助商帮助确定项目。*y

9354403 Rizzoni The principal goal of this project is to develop an innovative curriculum in Electro-Mechanical (Mechatronic) System Design. This innovative curriculum integrates electrical, electronic, mechanical, and computational engineering by introducing the innovative use of videos and computers into the classroom and laboratory. Emphasized is the use of a variety of CAD tools in engineering design and analysis. A realistic engineering problem setting is provided in the laboratory to enable the students to address design and experimental issues in engineering. The objectives are accomplished through an integrated curriculum, cross-listing many relevant EE and ME courses, and a Motion Control in Electro-Mechanical Systems Laboratory in which the students are exposed to the electrical, electronic, mechanical, and computational aspects of motion control and hybrid-electric vehicles. Students electing this curriculum receive a certificate of study in Electro-Mechanical System Design and complete their senior design projects using the facilities available in the Motion Control in Electro-Mechanical Systems Laboratory. Through this curriculum the undergraduate students identify creatively capstone design projects in electro-mechanical systems. The design projects are realized through the open use of the laboratory and with the participation of industrial sponsors who assist in defining projects. ***y