Development of a New Multidisciplinary Undergraduate Mechatronics Laboratory

该项目将在GMI建立一个多学科机电一体化实验室。 拟议的实验室将有利于本科生在两个机电一体化和其他两个相关课程。 机电一体化是机械，控制和电子工程与计算机控制的协同集成，用于产品和过程的设计，制造和控制。 智能汽车悬架、防抱死制动器、机器人、数控机床和许多消费电子产品都是机电一体化产品的例子。 开发这些产品需要多学科的知识和技能。 为此，GMI开发了本科机电一体化课程。 由于这些是多学科课程，它们需要一个与传统机械工程实验室根本不同的实验室。 本课程的实验和项目已按顺序设计和计划，使学生获得完整的机电一体化产品设计经验。 该实验室将为学生提供当今工程师所需的跨平台知识和技能。 实验室完成后，学生将能够设计涉及机械设计，控制器，传感器，执行器，智能算法和接口的机电一体化产品。 *

This project will develop a Multi disciplinary Mechatronics Laboratory at GMI. The proposed laboratory will benefit undergraduate students in two mechatronics and two other related courses. Mechatronics is the synergistic integration of mechanical, control and electronics engineering and computer control for the design, manufacturing and control of products and processes. Intelligent automobile suspensions, anti-lock brakes, robots, CNC machines and many consumer electronics are examples of mechatronic products. Developing such products requires multi-disciplinary knowledge and skills. Towards this end, undergraduate mechatronics courses have been developed at GMI. Since these are multi-disciplinary courses, they require a laboratory that is fundamentally different from traditional mechanical engineering labs. Experiments and projects for this course have been designed and planned in a sequence that will allow the students to acquire a complete mechatronic product design experience. This laboratory will provide the students with cross-platform knowledge and skills necessary for today's engineer. Upon completion of the laboratory, students will be able to design mechatronic products involving mechanical design, controllers, sensors, actuators, intelligent algorithms and interface. *