自1947年晶体管诞生以来，以集成电路为核心代表的微电子科学与技术沿摩尔定律发展迅速发展，它是人类史上发展最为迅速的一门学科，它已快速渗透到计算机、电子、通讯、自动控制、仪器仪表等各个领域，它已广泛应用于国民经济的各个领域及人们的日常工作和生活设置中，它已成为整个信息时代的标志和基础。由于微电子学涉及的领域极其广泛，而以往电子类本科生的专业知识大多限于其所学、学某个领域，对其它领域基本是不太了解或了解不多。对此，我们学院对学院一年级的研究生，开设了《微电子学引论》这门课程，旨在使学生在进入具体的专业知识学习和科学研究前，系统、全面地了解和掌握微电子学各个专业领域的基本知识，拓展其专业知识领域和科学研究的视野。《微电子学引论》主要教学内容涉及微电子学领域的各个方面，包括基础理论、集成电路的设计\制造\封装测试、新兴交叉领域等。具体为：微电子学的发展历史、规律及其前景；半导体物理及半导体器件物理；微电子器件及其特种器件；大规模集成电路基础；集成电路设计技术及CAD技术；集成电路的制造、封装与测试；新型微电子学领域-微机电系统及生物芯片，等等。在教学内容上充分体现了基础性、综合性、先进性。即，除了向学生教授微电子学各个领域的基础知识外，还向学生展示了微电子学的最新领域，使学生了解微电子学领域的最新进展和最新成果，充分体现课程内容的时代性和前沿性。

Since the first transistor was invented in 1947, the microelectronics science and technology focused on integrated circuit has been developed rapidly with Moor's law, and was considered as the rapidest science and technology developed in the history of human being. And it has infiltrated in lots of technological fields, such as computer, electronics, communication, auto-control, instrument, and so on. It becomes the mark and foundation of development of information age.Microelectronics covers lots of fields, such as the theories of semiconductor, design, fabrication, packaging and assembly, test, etc. In general, what undergraduate students which major in electronics and related fields studies is limited in one area, and they don't know or know little about the other areas in microelectronics. So, we set "Introduction on Microelectronics" for the fresh graduated students in School of Microelectronics to know and master the basic knowledge about the special areas in microelectronics and widen their knowledge structure in research of science and technology before they start to study their specialties and researches.This course on "Introduction on Microelectronic" covers various areas in microelectronics, including basic theories, design of IC, fabrication of IC, packaging and assembly of IC, test of IC, and other new intercrossing areas, etc. That is, the history, law and future of microelectronics, physics of semiconductor and semiconductor device, microelectronics devices and special microelectronics devices, basic of very large scale integrated circuit (VLSI), techniques and CAD in IC designing, fabrication/packaging and assembly/testing of IC, new intercrossing areas (micro-electro-mechanical system, biochips), and so on. The fundamental knowledge in all microelectronics are taught in this course. At the same time, the newest development and newest fruits in microelectronics are introduced in this course. In summary, the knowledge in microelectronic are taught fundamentally, comprehensively, systemically.