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所在平台: Udemy |
课程主页: https://www.udemy.com/course/future-science-microfluidic-lab-on-a-chips-and-biomems/
课程评论：没有评论
**课程名称：** 未来科学一：微流控芯片与生物MEMS **课程概述：** 本课程将深入探讨微流控技术（又称生物MEMS），这是一门专注于开发微型化设备的科学与工程学科。这些设备旨在提供比现有研究、诊断和合成方法更优越的替代方案。本课程旨在帮助学习者理解这项技术的**基本概念、制造技术**以及**通用应用原理**。学习此课程将为您未来的学术项目或初创原型开发打下坚实基础。 **课程内容亮点：** * **基础概念：** 课程将从介绍微流控芯片的基础术语和“芯片”名称的由来开始，解释这些功能性的微型设备即使不包含电子元件，也为何被冠以“芯片”之名。 * **设计、模拟与制造：** 课程将详细讲解芯片的设计、模拟和制造过程。除了理论知识，还将提供**实践讲座和作业**，以提供完整的技术体验。 * **前沿应用与合作：** 课程的最后部分将聚焦于该技术在全球的最新发展动态，如何寻找合作机会，以及为定制芯片设计提供服务的供应商信息。 **学习目标：** 完成本课程后，学员将： * **获得自信和知识**，能够独立启动相关项目和研究。 * **能够开发和应用**“实验室芯片”（Lab-on-a-Chip）技术，并设计自己的微流控设备和传感器。 * **认识到该技术的巨大应用潜力**，并预测其在未来十年内可能取代传统实验管的地位。
What is it about?Microfluidics or BioMEMS is the science and engineering subject for the development of miniaturized devices functioning as an improved alternative to current research, diagnosis, and synthesis methods. This course is for understanding the basic concepts, fabrication techniques, and general concepts of applications of this technology. Be prepared to learn premium knowledge before starting your new academic projects or start-up prototypes.What is included?The first section introduces the basic nomenclature and the reason why it is called chips. It is not necessary to have electronic components but it is a functional tiny device.The following sections give detailed information on the chips' design, simulation, and fabrication. Besides theoretical explanations, practical lectures and assignments are also provided for a complete experience of this technology. The last section covers and summarizes what is going on in the world about this technology, how to meet collaborations, and who gives service for the fabrication of the custom chip designs. By the end of this course; The students will have enough confidence and knowledge to start their projects and research. Students will be able to develop and adopt lab-on-a-chip technology and design their devices and sensors. The potential of applications is endless, especially in the next 10 years we expect not to see experimental tubes anymore.
