电技.doc

电子科学与技术 专业本科培养方案 Undergraduate Program for Specialty in Electronic Science and Technology 一、培养目标 本专业培养具有物理电子、光电子、微电子学和电子材料与元器件领域内宽厚的理论基础，实验能力和专业知识，能在该领域内从事各种电子材料、元器件、集成电路乃至集成电子系统和光电子系统的设计、制造，并能从事相应的新产品、新技术、新工艺的研究和开发等工作的高级工程技术人才。 This programme is aiming at cultivating the senior engineering talents with a knowledge and understanding of the basic theories in physics electronics, photoelectronics, microelectronics, electronic material and device, with a command of discipline-based knowledge and experimental skills, with the capacity for designing and manufacturing a variety of electronic materials, devices. integrate circuit as well as integrate circuit electronic system and photoelectronic system., and with the ability to undertake the research and development of new products, technology and technics in related domain. 二、基本规格要求 Ⅱ. Skills Profile 毕业生应获得以下几个方面的知识和能力1. 具有扎实的数理基础，较好的人文社会科学基础，并熟练掌握一门外语； 2掌握电路、信号与系统和计算机技术的基本理论并完成专业实验技术的基本训练； 3掌握光电子和微电子物理基础、集成电路设计、光电子器件、光通信技术等基本理论与技术； 4．具有较强电子材料、工艺、器件的设计研究与开发、光电子系统和微电子系统的分析与应用能力； 5．掌握文献检索、资料查询的基本方法，具有一定的科学研究和撰写论文的能力。 On successful completion of the whole programme, the students should have: btained a knowledge and understanding of fundamental areas of mathematics, physics and social science, mastered a foreign language Acquired the basic knowledge of Electrocircuit, Signal and System, and Computer Technology; and accomplished the basic training in discipline-based experimental skills; Gained the theoretical knowledge and skills in Photo-Electronics and Microelectronics, Integrate Circuit Design, Optoelectronic Device, Photo-Communication; Acquired the basic ability of designing and developing various electronics materials, devices; mastered the ability of analysis and application of photo-electronics systems and micro-electronics systems; Mastered the basic skills in the information search, research and academic writing. 三、培养特色 Ⅲ. Program Features 本专业培养计划采用通识教育基础上的厚基础、宽口径的专业培养模式。 本专业培养电子材料与器件、光电子、微电子领域高素质的工程科技人才。使学生应具有自然