通信工程专业英文课程描述
电路分析复，模拟电子，数制字电路，单片机，电磁场，电视原理，微机原理，EDA（电子设计自动化）
Circuit analysis, analog electronics, digital circuits, microcontroller, electromagnetic field, the principle of television, computer theories, EDA (electronic design automation)
⑵ 通信专业英语的介绍
本书结合通信专业特点，收集常用专业词汇及技术资料，力求实现职场英语及专业阅读的有机融合。本书以通信专业实用英语为背景，从通信技术的发展开始，精心选取了移动通信终端、无线网络优化、物联网等最新英文技术资料，同时，面向客户服务、通信工程师、通信设备安装与维护等工作岗位进行了有针对性的介绍。本书从教学项目设计、辅助教学资料编制、背景资料准备、译文、典型词汇总结，到有针对性的课后练习，较完整地体现了通信专业英语教学理念和方法，有助于学生学习和教师教学。
⑶ 用英语介绍一下通信工程专业
In telecommunication, communications-electronics (C-E) is the specialized field concerned with the use of electronic devices and systems for the acquisition or acceptance, processing, storage, display, analysis, protection, disposition, and transfer of information.
C-E includes the wide range of responsibilities and actions relating to:
Electronic devices and systems used in the transfer of ideas and perceptions;
Electronic sensors and sensory systems used in the acquisition of information devoid of semantic influence;
Electronic devices and systems intended to allow friendly forces to operate in hostile environments and to deny to hostile forces the effective use of electromagnetic resources.
⑷ 用通信专业英语介绍信号与系统，或数字信号处理，及学习感受，200词左右，
Signal and System is a fundamental course for discipline of Electronic engineering students,
信号与系统是电子工程专业学生的基础课程
which includes basic signals and systems concepts, linear time-invariant
(LTI) systems, Fourier representations of continuous-time and
discrete-time signals, the CT and DT Fourier transforms, and time and frequency-domain analysis methods.
该课程包括了信号与系统的基本概念，线性时不变系统，连续和离散时间信号的傅里叶表示、傅里叶变换，以及时域频域分析方法。
The course emphasizes applications of
the theory through numerous examples in filtering, sampling, communications, and feedback.
该课程实例丰富，充分显示了信号与系统理论在滤波、采样、通信和反馈控制中的应用。
The parallel development of continuous-time and discrete-time frequency domain methods allows us to apply insights and intuition across the two domains.
课程采用并行地方法，同时对时域和频域方法展开讲解，让我们能够以交叉地观点去洞察二者；
It also facilitates a deeper understanding of the material by bringing into focus the
similarities and differences between the two domains.
通过交叉地观点去比较二者的异同，我们对频域和时域的内容有了更深的了解。
The course also includes introctory chapters on communication systems and control theory. 通过该课程，我们同时也对通信系统和控制理论有了一定的了解。
⑸ 通信专业部分课程英文名（求高手）
《模拟电路》Analog Circuits
《数字电路》Digital Circuits
《电路》Circuits
《信号与系统》Signals & System
《电磁场》，electromagnetic field EMF
《数字信号处理》Digital Signal Processing DSP
《光纤通信》Optical Fiber Communication OC
《数据通信》Data Communications
《移动通信》Mobile Communication
《现代交换技术》Modern Switching Technology
《通信系统原理》Communication System Principle
《通信电子线路》Communication Electrocircuit
《C语言》C language program language C
《数据库原理》Database Principles
《MATLAB》这个不用翻
《软件技术》Software Technique
《嵌入式系统设计》Embedded System Design
Co-design of Embedded Systems
《微机原理》Principle of Micro Computer
《单片机原理与应用》Principle and Application of Microcontroller
《DSP原理与应用》Principles and Applications of DSP
《计算机网络》Computer Network
光纤通信技术 optical fiber communication
激光原理 Laser Principles
半导体光电子学 Semiconctor-Device Electronics
光学原理 principle of Optics
随机过程 Randomized Procere
红外系统 Infrared System
⑹ 通信工程专业主修课程名称英语翻译，急用谢谢！
信息论基础
Information theory basis
通信网络基础
Communication network foundation
通信工程专业实回验
Communication engineering specialty experiment
操作系统
The operating system
计算机通信网
Computer communication network
无线通信
Wireless communication
光通信技术基础
Optical communication technology base
交换原理与答技术
The principle and technology exchange
操作系统试验
The operating system test
信息对抗
Information against
网络管理
Network management
⑺ 通信工程的专业描述
我也是通信工程的，刚已经工作呢，面试不会问这种无聊的问题吧。
通信工程着重在通信两字上，通信从最原始的光、电通信等开始，到微波通信，及现在通信，现在的通信最主要就是移动终端了，也就是我们的手机，与其分不开的就是基站……
就针对你学的科目再描述一番，我觉得应该差不多了吧。
这只是我自己的观点啊，呵呵……
⑻ 用英文叙述你对通信工程的认识
lots of traditionalculture is disappearing along with
the development of technology.Many ancientarchitectures and traditonal
ways of living have been deserted.It seems thatthe traditional culture
and craftsmanship will be replaced in this modernera.The following
reasons can accountfor the above phenomenon.
⑼ 通信工程主修课程 英文翻译 谢谢~~
Object oriented programming C language, Circuit analysis
Frequency electronic circuit Digital logic circuit
The embedded system and application High-frequency electric circuit
SCM system design Information and coding Communication principle
Integrated circuit design Signal and system
Digital signal processing Microwave principle
Optical fiber communication Foundation of computer network
Network basis
很辛苦的啊
⑽ 通信工程的专业描述怎么写
通信工程 (也作 信息工程，电信工程，旧称远距离通信工程、弱电工程)是电子工程的一个重要分支，同时也是其中一个基础学科。该学科关注的是通信过程中的信息传输和信号处理的原理和应用。
该行业的发展速度太快，对人才的需求量又相当大，使你非常容易进入国际知名的跨国公司或者在国内享有盛誉的IT企业，并且待遇相当优厚，堪称“最容易找到好工作”的专业。由于通信产业在全球的高速及持续发展，该专业在国外也是最热门的专业之一，因此，出国深造难度相对大一些，不过进入大型跨国公司后出国进修的机会相当多。