基于OBE理念，它以强化学生的工程设计与分析能力为目标，以机构的认知、

基于OBE理念，它以强化学生的工程设计与分析能力为目标，以机构的认知、设计与综合等知识体系为主线，把课程知识体系分为平面机构组成原理与分析、机械系统动力学分析、常用机构及其设计和机械系统方案设计四大模块。机构组成原理与分析模块主要是基于机构运动简图对复杂机械及机构进行结构、运动和力分析,以学生的抽象逻辑思维的培养为主。机械系统动力学分析模块主要以动力学模型和经典理论在解决工程实际问题中的应用为主。常用机构及其设计模块主要是识别机械运动方案设计中的关键问题和参数，对几种常用的平面机构的分析与设计，是本课程的核心内容。机械系统方案设计模块为综合性项目主要在第二课堂由学生自主完成。

Based on the OBE concept, it aims to strengthen students' engineering design and analysis ability, and takes the knowledge system of mechanism cognition, design and synthesis as the main line. The curriculum knowledge system is divided into four modules: composition principle and analysis of planar mechanism, mechanical system dynamics analysis, common mechanism and its design and mechanical system scheme design. The mechanism composition principle and analysis module mainly analyzes the structure, motion and force of complex machinery and mechanisms based on the mechanism motion diagram, focusing on the cultivation of students' abstract logical thinking. The mechanical system dynamics analysis module mainly focuses on the application of dynamic model and classical theory in solving practical engineering problems. Common mechanisms and their design modules are mainly used to identify the key problems and parameters in mechanical motion scheme design. The analysis and design of several common planar mechanisms is the core content of this course. The mechanical system scheme design module is a comprehensive project, which is mainly completed by students independently in the second classroom.

Based on the concept of OBE, it aims at strengthening students' engineering design and analysis ability, and takes the knowledge system of mechanism cognition, design and synthesis as the main line. The curriculum knowledge system is divided into four modules: plane mechanism composition principle and analysis, mechanical system dynamics analysis, common mechanism and its design and mechanical system scheme design. The mechanism composition principle and analysis module mainly analyzes the structure, motion and force of complex machinery and mechanism based on the mechanism motion diagram, focusing on the cultivation of students' abstract logical thinking. The mechanical dynamics analysis module mainly focuses on the application of dynamic models and classical theories in solving practical engineering problems. Common mechanisms and their design modules are mainly used to identify the key problems and parameters in mechanical motion scheme design. The analysis and design of several common planar mechanisms is the core content of this course. The mechanical scheme design module is a comprehensive project mainly completed by students in the second classroom.