自动化专业 英语介绍
自动化专业英语介绍如下Automation this major is divided into two parts, the software and hardware in the computer software means with software programming, hardware means circuit is connected, making a small mechanical, finally, to make by hardware and software combination machine according to the planned operation purpose, such as producing a small red lamps, or small elevator model and so on.翻译如下：自动化这个专业分为软件和硬件两个部软件是指在电脑上用软件编程，硬件是指电路连接，制作出小型机械，最后通过软硬合，达到使机器按照原定计划的目的，例如制作一个小型红，或是小型电梯模型等。
英语作文：关于对于自动化专业英语的认识，120词左右
The Electrical Engineering - Process Automation program provides you with the basic knowledge of electricity and electronics. As a student, you will learn to apply related subjects such as computer , industrial electronics, instrumentation, electrical machines, robotics, power electronics, and automated control systems. AS a graduate, you will be geared towards a career in the industrial environment.You will be able to understand written and oral instructions, as well as design, install, test, modify, troubleshoot, and repair electrical systems.Upon graduation, students of the Electrical Engineering – Process Automation program can approach industrial electrical and electronic systems from the viewpoint of analysis, technical evaluation, design, and development. The six-semester program concentrates on the in-depth study of electrical and electronic principles as they apply to automated systems using programmable logic controllers. The program is geared to providing you with a sound basis for employment at the advanced level that may lead to a career in a supervisory position. `Thru-way` programs offer diplomas at the completion of Year 2 and have an additional year of study when there is sufficient enrolment.Technician and technology graduates who have had two years of acceptable work experience are eligible for certification by the Ontario Association of Certified Engineering Technicians and Technologists (OACETT).Students may have the opportunity to be involved in applied research projects. Please see the `Applied Research Centre` section for more information relating to the Sault College Applied Research Centre.
帮我翻译下自动化专业英语
Abstract Catalytic reforming pre-hydrogenation catalytic reforming units device is isolated section of an important part. Completion of the design of the main tasks: to remove material can re-enter the catalyst poisoning material. The purpose of this design: do not change in the basis of the original equipment used CENTUM CS3000 (DCS) for the catalytic reforming pre-hydrogenation control devices in order to separate the liquid level and tank pressure stripper tank and return level control focus on the design of a complete set of control programs. Control the choice of Separation tank for liquid level control: We can cascade control in order to separate cans and cans at the end of the level of traffic to control, the benefits of doing so can be overcome, as well as greater interference lag. So that the level and stability control. Stripper tower for pressure control: using single-loop control system, the benefits of doing so is a simple structure, easy maintenance, low investment costs. And the greatest efficiency. Tower constant pressure to ensure safety and stability to carry out. Back away from the tank liquid level control is also used in single-loop control system. Reference control system: by reference to its CENTUM CS3000 control system for centralized management, decentralized control. Automation to achieve a chemical plant, and the realization of the instrument, electrical, computer integration, process automation and integrated factory automation, instrumentation rooms unity, the unity of the region. The introduction of the sets of control equipment can greatly improve the efficiency of chemical production. The catalytic reforming of naphtha hydrotreating paragraph pre-need multi-loop control, so management will have considerable difficulty, and the DCS system is the greatest advantage of centralized management, decentralized control, eliminating the need for all of the secondary control room instrumentation. This is not only difficult to solve the issue of control may result in the risk of dispersion, and cost savings, increased efficiency for the enterprise. Also because it is computer-controlled and hence can improve the control accuracy, thereby enhancing the quality of production, reduce energy loss. Therefore, I used to CENTUM CS3000 control to improve product quality, reduce waste of resources for the enterprises to increase economic efficiency. In other aspects of the work I have done: In accordance with the technical requirements to determine type valve, as well as the configuration control system. Specific process have made this statement in detail. Summary: Graduation Project, through this, I learned a lot and learned a lot from the knowledge of the automated system to control chemical plant with deeper understanding of the choice of the control program will be the production of books and practice the theoretical knowledge to work closely together. I believe that later on in life at work, there will be a great help. Key words: separation tank; stripper; returning cans; level; tower pressure; CENTUM CS3000; Distributed Control System我英语不太好,参考下把
学习自动化设备的学习心得该怎么写
首先要有信心啊，这些都不难的，尤其是应用层次上的东西（国内也没多少地方可以搞这些东西的研发）。
明白DCS的基本知识后（概念，结构，通信），可以具体找一种产品研究深入一下。
虽然现在每个DCS的厂家的产品都不相同，但大体内容还是相通的。
你在水泥厂工作，可以仔细研究厂内的系统，由于你在工程现场，对工艺流程也熟悉，可以较全面的掌握。
现场知识正是很多DCS工程师缺乏的东西。
在你日常维护DCD系统时，不知不觉就可以建立完整的知识结构。
一般说来，从操作员站（包括工程师站）至现场控制站（各个I\\\/O柜）就构成了完整的系统（有的系统是，中间存在冗余服务器），控制站以外的一般就不用太关心了。
我觉得对于DCS，最要关心以下几个问题：各部分网络的，冗余（服务器，电源，主，重要I\\\/O模块）如何配置，I\\\/O的输入输出特性。
I\\\/O常用的有模拟量输入AI，AO，DI，DO。
此外还有SOE，PI等。
其中AI信号有RTD（信号），TC（热电偶信号），4-20MA信号（也可以是0-20MA，0-5V）。
了解完这些，接下来就是学习，多练练修改控制方案，给主下装方案（不影响生产的情况下进行无扰下装）。
软硬件结合理解，再实际面对控制现场生产，你很快便会入门。
以后可以学习，与PLC的通信，MIS，SIS。
对理论知识的建议：（不用深究，了解到PID即可，因为就算是很基本的PID，现场也未必能投上自动。
。
。
。
）；常用编程语言（FBD，LD等），这个在组态的过程中自然就学会了；模拟电路和数字电路初步，这个也不用深入；计算机知识，尤其是网络知识，说到底现在DCS的发展完全是建立在计算机软硬件飞速发展的基础上的。
经验之谈，希望对你有用。
如何用英语介绍自动化专业
Automation professional education is accompanied by the rise of automation technology in the social production and life of a wide range of applications. It mainly studies the principle and method of automatic control, automatic unit technology and integration technology and its application in various control systems. In this area, the United States is in the world's leading level. Because of the wide application of automation technology, the social demand for this profession is increasing, in order to adapt to the situation, the United States of the University in a timely manner to introduce the professional education in the classroom. Because of the professional skills of applicability, which soon caused the young students keen interest, the United States in the field of rapid development and lead his country laid a solid talent foundation. China's research in this field is also relatively early, but the real as a professional education into the University's classroom is relatively late in the evening. This is also the lack of reserve personnel in this field in our country, which is an important reason for the difference of the other countries. In the early period after the founding of new China, the people's government faced is undone situation, the socialist economic construction need to have advanced production technology. So in support of the party and the country, a number of schools such as Tsinghua University, Peking University, Shanghai Jiao Tong University, Beijing Institute of Technology have set up the relevant professional education and professional technology institute. After the reform and opening up, the new technology revolution in the fourth wave of the wave, automation professional education has been considerable development. In addition to the original has been opened with the relevant professional colleges and universities, and a large number of colleges and universities such as Beijing University of Posts and Telecommunications, Beihang University, Southeast University, Nanjing University, etc. are added to this professional. According to statistics, there are more and more colleges and universities, which have more than 90% colleges and universities. Because of its wide applicability and wide demand for the professional talents, it has been more and more popular. General colleges and universities each year are to 200 - 300 capacity of students take sage, some universities even more, record of formal schooling also by the specialist, undergraduate to masters and doctoral ranging, forming a cascade of talent training mode of education. In recent years, in this field emerged many famous professors, experts, teachers strength greatly enhanced, for example Wucheng, professor at the Department of automation, Tsinghua University in system integration technology attainments, Chen yuliu, Xiong Guangleng, Yang Jiaben, Yang Shiyuan, Xiao professor in the respective fields of research has yielded fruitful results, Wu Qidi, a professor of Tongji University has long been engaged in modern control theory and application, automation system engineering and computer integrated manufacturing system and automatic intelligent system theory and Application Research of. Southeast University automatic control system and Automation Research Institute has a high level of academic leaders, led by Professor Qian Zhonghan, Professor Feng Chunbai, Professor, led by the Chinese Academy of sciences. These outstanding scholars and experts have made outstanding contributions to the development of new technology in our country. 中文： 自动化专业教育是伴随着自动化技术在社会生产、生活中的广泛应用而兴起的。
它主要研究自动控制的原理和方法，自动化单元技术和集成技术及其在各类控制系统中的应用。
在这一领域，美国处于世界领先水平。
由于自动化技术的广泛应用，社会对这一专业的人才需求也大为增加，为了适应这一形势，美国的大学及时地把这一专业的教育引进了课堂。
因为这一专业技能的适用性，这很快引起了青年学生浓厚的兴趣，这为以后美国在这一领域的迅速发展并遥遥领先于他国奠定了雄厚的人才基础。
我国在这一技术领域内的研究也比较早，但真正作为一门专业教育走进大学的课堂较之国外就比较晚了。
这也是后来我国这一领域的后备人才不足，与其他国家产生差距的一个重要原因。
建国初期，人民政权面临的是百废待兴的局面，社会主义经济建设需要有先进的生产技术。
于是在党和国家的支持下，一批学校如清华大学、北京大学、上海交通大学、北京理工大学都纷纷设立了相关专业教育和专业技术研究所。
改革开放后，迎着第四次新科技革命的浪潮，自动化专业教育得到了长足的发展。
除原先已经开设与此相关专业的高等院校外，另有一大批高校如北京邮电大学、北京航空航天大学、东南大学、南京大学等都增设有此专业。
据统计开设有自动化专业教育的学校已占全国高等院校的90%还多，因为其广泛的适用性和社会对这一专业人才的广泛需求，它受到了越来越多的人的青睐。
一般的院校每年都以200—300人的招生量广纳贤人，有的高校甚至还要多，学历层次也由专科、本科到硕士、博士不等，形成了梯级人才培养的教育模式。
近些年，在这一领域涌现出许多著名的教授、专家，师资力量大为增强，例如清华大学自动化系的吴澄教授在系统集成技术方面的造诣很深，陈禹六、熊光楞、杨家本、杨士元、萧德云教授等在各自的研究领域成果颇丰，同济大学的吴启迪教授长期从事现代控制理论与应用，自动化系统工程和计算机集成制造系统及智能自动化系统的理论与应用研究。
东南大学自动控制系和自动化研究所拥有以钱钟韩教授、冯纯佰教授两位中科院院士为首的高水平学科带头人。
这些优秀的学者、专家为我国新时期高科技的发展作出了卓越的贡献。
中文： 自动化专业教育是伴随着自动化技术在社会生产、生活中的广泛应用而兴起的。
它主要研究自动控制的原理和方法，自动化单元技术和集成技术及其在各类控制系统中的应用。
在这一领域，美国处于世界领先水平。
由于自动化技术的广泛应用，社会对这一专业的人才需求也大为增加，为了适应这一形势，美国的大学及时地把这一专业的教育引进了课堂。
因为这一专业技能的适用性，这很快引起了青年学生浓厚的兴趣，这为以后美国在这一领域的迅速发展并遥遥领先于他国奠定了雄厚的人才基础。
我国在这一技术领域内的研究也比较早，但真正作为一门专业教育走进大学的课堂较之国外就比较晚了。
这也是后来我国这一领域的后备人才不足，与其他国家产生差距的一个重要原因。
建国初期，人民政权面临的是百废待兴的局面，社会主义经济建设需要有先进的生产技术。
于是在党和国家的支持下，一批学校如清华大学、北京大学、上海交通大学、北京理工大学都纷纷设立了相关专业教育和专业技术研究所。
改革开放后，迎着第四次新科技革命的浪潮，自动化专业教育得到了长足的发展。
除原先已经开设与此相关专业的高等院校外，另有一大批高校如北京邮电大学、北京航空航天大学、东南大学、南京大学等都增设有此专业。
据统计开设有自动化专业教育的学校已占全国高等院校的90%还多，因为其广泛的适用性和社会对这一专业人才的广泛需求，它受到了越来越多的人的青睐。
一般的院校每年都以200—300人的招生量广纳贤人，有的高校甚至还要多，学历层次也由专科、本科到硕士、博士不等，形成了梯级人才培养的教育模式。
近些年，在这一领域涌现出许多著名的教授、专家，师资力量大为增强，例如清华大学自动化系的吴澄教授在系统集成技术方面的造诣很深，陈禹六、熊光楞、杨家本、杨士元、萧德云教授等在各自的研究领域成果颇丰，同济大学的吴启迪教授长期从事现代控制理论与应用，自动化系统工程和计算机集成制造系统及智能自动化系统的理论与应用研究。
东南大学自动控制系和自动化研究所拥有以钱钟韩教授、冯纯佰教授两位中科院院士为首的高水平学科带头人。
这些优秀的学者、专家为我国新时期高科技的发展作出了卓越的贡献。
电气自动化毕业了心得体会
这学期上了选修课—高级办公自动化，感觉自己收获很多，以前对电脑知识真的是一窍不通，大一只是学了点计算机基础知识，感觉自己在电脑方面简直就是个脑盲，只是会一点都会的聊天，看视屏，感觉自己真的需要多学点计算机方面的知识，加之自己学的专业又是与计算机有关的，所以才选修了这门课，经过一学期的学习真的是受益匪浅。
21世纪是一个开放的，先进的，科技化的时代，随着时代发展的进程，人们的学习与生活越来越离不开电脑。
人们可以利用电脑去发展自己、锻炼自己，作为大学生的更应该掌握更多电脑知识，高级办公自动化是指采用现代化办公设备和先进的通信技术，全面或部分代替办公人员的业务活动，使其高效地协同工作，优质高效地处理办公信息和办公事务。
学习了高级办公自动化后，知道了一关于电脑办公的基础知识例如Windows基础操作、Word表格与图形应用、Excel电子表格软件、制作PowerPoint 幻灯片、word中学习了（1）目录制作（2）邮件合并（3）比较合并文档（4）文档修订操作（5）宏的使用（ 6）并排比较文档（7）节符的使用（8）表格中的计算（ 9）表格与文本的相互转换，Excel中学习了Excel数组的应用、单变量求解、单双模拟运算等，通过学习高级办公自动化有了一个简单的认识，同时让知道应该如何更好的利用电脑来学习，而不是做一些无意义的事，电脑是一个很好的学习工具，只有掌握了使用它的技巧，才能用它来最大程度的帮助。
信息社会的到来，是认识到电脑的作用之大，21对人才要求的第一点就是会使用电脑，身处21世纪就应该提高自己的计算机水平，让自己在竞争极大地社会不至于没有出路。
虽然仅仅只学了一点皮毛，但仍然感觉自己收获了很多，对自己的学习有很大的帮助，对自己以后的道路也有很大的帮助，它为提供了很多捷径，所以在以后的学习中要不断丰富自己在电脑方面的素养，做新时代的新新人。
