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电子科学与技术专业本科培养方案
2014-04-24 14:59   审核人:

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、专业介绍

美高梅集团官网电子科学与技术专业建立于2002年。为适应现代科技与国家社会经济发展的客观需求,实行多学科交叉背景下、通识教育基础上的宽口径专业教育,培养基础厚、专业面宽、具有自主学习能力的复合型人才。

本专业为工科专业,学制四年,毕业授予工学学士学位。

The specialty in Electronic Science and Technology, from School of Electronics and Information, Northwestern Poly-technical University, was established in 2002. To adapt to modern technology and the national socio-economic development, on the basis of general education we focus on multidisciplinary professional education with a wide range of Specialties. The main goal is to culture the compound talents with thick foundation, professional wide, and self-learning ability.

This specialty is designed for engineering. The duration of an undergraduate student is four years. After graduation, the students are granted as a bachelor's degree in engineering.

 

二、培养目标

I. Educational Objectives

培养具备在微电子技术领域内,基础理论扎实、适应面广、工程能力强、基本素质好,能从事半导体微电子技术及器件的设计、制造、研究和发明工作的高级工程技术人才,也能够在电子及相关技术领域从事设计、研究和管理的高级工程技术人才。

This program is designed to cultivate students, with solid basic theory, easy adaptability, strongly ability for engineering, good quality, who may engage in designing, producing, researching and invention in the field of micro electronic technology, also in designing, researching and management in the fields relative to electronic technology and new technology.

 

三、培养要求

II. Educational Requirements

1.较为系统地掌握本专业所需要的电路基础科学理论,扎实地掌握较宽广的电子技术基础理论以及必要的电子科学与技术方面的专业知识。掌握一定的经济知识、管理知识、社科知识、人文学科知识、法律知识、国防知识及工程技术知识。掌握文献检索、资料查询的基本方法。了解集成电路制造产业的基本方针、政策和法规,了解企业管理的基本知识;了解电子科学技术和相关科技发展的新动向。

2.具有本专业所必需的设计、制图、运算、实验、测试,写作表达以及电装工艺操作等技能。

3.具有较强的自学能力;具有较强的计算机应用能力;具有一定的设计、分析和解决电子工程实际问题的能力;具有工程的质量和效益观念,有初步的科技研究开发能力和组织管理能力;基本掌握一门外语,能比较顺利地阅读本专业的外文书刊,具有听、说、写的基础。

1. Maser the systemic basic science theory about circuitry, widen and well-knitted electronic technical basic theory and necessary specialty knowledge; Master some economy, management, social science, humanity, law, nation defense and engineering technology knowledge; Master the basic method for researching document and inquiring about data; Understand national basic principle, policy and law; understand the basic knowledge for enterprise management; understand the evolvement and development about electronic science and correlative science.

2. Possess the skill of designing, drawing, operation, experiment, testing, expressing in writing and electronic technology assemble.

3. Possess the ability of self-study, of applying computer; Possess some ability of designing, analyzing and solving problem in electronic engineering; Have the conception of project quality and benefit, and the ability of research, development and management; Master basically a kind of foreign language, be able to read smoothly the professional books in foreign language and have the listening, speaking and writing skills of the foreign language.

毕业生应获得以下几方面的知识和能力:

1.掌握多种半导体微电子器件的基本理论和基本知识;

2.掌握微电子器件和电路的计算机仿真设计及仿真分析;

3.掌握微电子器件技术在计算机技术、通信技术等领域的应用;

4.掌握多种半导体微电子器件与电路(分立器件、集成电路、光电子器件等)的理论研究、设计、制造工艺和测试分析技术;

5.了解电子科学技术的最新进展与发展动态;

6.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实际工作能力。

Expected professional knowledge and ability:

1.Master the basic theory and knowledge in semiconductor micro-electronics circuitry and apparatus field;

2.Master the imitating designing and analyzing circuitry and apparatus using computer;

3.Master the application of micro-electronic apparatus in computer technique, communications technique;

4.Master the researching, designing, producing and testing technique of semi-conductor micro-electronic apparatus and circuitry (such as apparatus, integral apparatus, photo-electron apparatus);

5.Have the ability of to research and practice;

6.Understand the evolvement and development of Science and Technology of Electronics.

三、学制与学位

III、Length of Schooling and Degrees

修业年限:四年

Length of schooling: four years

授予学位:工学学士

Degrees conferred : Bachelor of Engineer

 

四、学时与学分

IV、Hours/Credits

总学分:180

Total Credits:180

课内教学学时/学分:2478 /148                     占总学分的比例:82.2%

Curriculum Class Hours/Credits:2478 /148            Percentage in Total Credits:82.2%

其中:

Including:

通识教育基础课学时/学分:1414/81.5              占总学分的比例:45.3%

Class Hours/Credits of General Education:1414/81.5    Percentage in Total Credits:45.3%

学科基础课学时/学分:504/31.5                    占总学分的比例:  17.5%

Class Hours/Credits of Basic Technical Courses:504/31.5 Percentage in Total Credits: 17.5%

专业课学时/学分:  560/35                       占总学分的比例:  19.4%

Class Hours/Credits of Specialized Courses:560/35     Percentage in Total Credits:19.4%

集中性实践环节周数/学分:35周/32                占总学分的比例:17.8%

Weeks/Credits of Major Practical Training:35w/32      Percentage in Total Credits:17.8%

 

五、主干学科:

V、Major Disciplines:

电子科学与技术Electronic Science and Technology

 

六、专业核心课程:

VI、Main Courses

电路分析基础Introductory Circuit Analysis,信号与系统Signal and System,电子线路Electronic Circuitry,脉冲与数字电路Pulse and Digital Circuitry,半导体物理Physics of Semiconductor,微机原理及应用Microcomputer Principle and Application,数字信号处理Digital Signal Processing,集成电路分析与设计Integrated Circuits Analysis and Design,电子器件Electronic Devices,微电子机械系统Micro-electronic and Micro-mechanical System,传感器原理与应用Principle and Application of Sensor,电子设计自动化 Electronic Design Automation

 

 

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