模块化、低成本、开源的电子工程与机电一体化实验室平台

Ioannis G. Chaidoulis, N. Karanikolas, Sarantos Psycharis
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引用次数: 0

摘要

首次尝试构建模块化、低成本、基于各种微控制器的计算机系统,能够实现许多不同的教育和工业场景。特别注意的是,整个实验练习都是基于团队的,激励的,DIY的,让观众保持兴趣,所以他们的学习是最有效和愉快的。Arduino, ESP32和8266,树莓派和ARM Cortex-M (STM32),微控制器和更多的未来,附加的盾牌,传感器,致动器,一些组件和测量设备是犯罪的合作伙伴,激励学生参与整个项目。所有的练习看起来都很简单,但都是基于学生必须将不同工程、科学和计算方法的知识结合起来的背景。作为一个新概念,它将在今年进行测试,明年的结果将证明基于经验的预测是正确的,或者提出必要的改变。
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Modular, low-cost, open-source lab platform for Electronic Engineering & Mechatronics
A first attempt in the construction of a modular, low-cost, various microcontroller-based computer system, with the ability to implement many different educational and industry scenarios. Special care has been taken so the whole lab exercises are team based, motivational, DIY for the most time, keep the audience intrigued so their learning is most efficient and pleasant. Arduino, ESP32 & 8266, Raspberry Pi, and ARM Cortex-M (STM32), micro-controllers and more in future, add-on shields, sensors, actuators, some components, and measurement devices are the partners in crime that motivate the students to be involved in the whole project. All exercises look simply but are based in the context that the students must combine knowledge from different engineering, scientific and computational methodology. As a new concept, it will be tested this year and the outcome next year will justify experience-based predictions or suggest needed changes.
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