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Mechatronics at rensselaer: a two-course senior-elective sequence in mechanical engineering

机译:renselaer的机电一体化:机械工程中的两道课程高级选修序列

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Mechatronics is the synergistic combination of mechanical engineering, electronics, control systems and computers. The key element in mechatronics is the integration of these areas through the design process. The essential characteristic of amechatronics engineer and the key to success in mechatronics is a balance between two sets of skills: modeling / analysis skills and experimentation / hardware implementation skills. Synergism and integration in design set a mechatronic system apart froma traditional, multidisciplinary system. Mechanical engineers are expected to design with synergy and integration and professors must now teach design accordingly.This paper describes the undergraduate program in mechatronics at Rensselaer i.e., two senior-elective courses, Mechatronics (fall semester) and Mechatronic System Design (spring semester), and in particular., the integration of the theory covered inlectures with the laboratory exercises. The hardware systems and projects used in both courses are described.
机译:机电一体化是机械工程,电子设备,控制系统和计算机的协同组合。机电一体化中的关键元素是通过设计过程集成这些区域。 Amechatronics工程师的基本特征和机电一体化成功的关键是两组技能之间的平衡:建模/分析技能和实验/硬件实施技巧。设计中的协同作用和集成设置了一个传统,多学科系统的机电系统。预计机械工程师将以协同作用和整合设计设计,教授现在必须相应地教授设计。本文介绍了renselaer的机电一体化本科课程,即两个高级选修课程,机电一体化(秋季学期)和机电系统设计(春季学期),特别是。,将理论的整合涵盖了依次的实验室练习。描述了两种课程中使用的硬件系统和项目。

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