辽宁工程技术大学电气与控制工程学院研究生招生
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辽宁工程技术大学电气与控制工程学院研究生招生是一个不错的学院，深受考研人的追捧，本校每年会有数千名研究生招生的名额，研究生报考录取比在3:1左右，难度中等，部分热门的研究生专业研究生报考录取比会更高一点， 电气与控制工程学院是学校里比较好的一个院系，请各位准备报考辽宁工程技术大学电气与控制工程学院研究生招生的同学注意，该院系有以上多个专业在招生研究生，欢迎各位同学报考辽宁工程技术大学电气与控制工程学院研究生招生。
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辽宁工程技术大学电气与控制工程学院控制理论与控制工程学科介绍
控制理论与控制工程学科是 1995 年获得工学硕士学位授予权。控制理论与控制工程是一门研究控制的理论、方法、技术及其工程应用的学科。它是 20 世纪最重要的科学理论和成就之一，它的各阶段的理论发展及技术进步都与生产和社会实践需求密切相关。本学科以工程领域内的控制系统为主要对象，以数学方法和计算机技术为主要工具，研究各种控制策略及控制系统的建模、分析、综合、设计和实现的理论、技术和方法。
本学科现有辽宁省创新团队一个，并依托辽宁省重点实验室—工矿电气设备与电力电子技术实验室开展研究工作。近年来，本学科获得 5 项国家自然科学基金，主持或参与横、纵向课题 30 余项，出版著作 3 部，省部级奖励 6 项，发表论文 100 余篇，其中 EI 和 ISTP 收录近 40 篇。本学科现有教师 25 人，其中教授 5 人，副教授 13 人，具有博士学位 22 人，入选辽宁省“百千万人才工程”千人层次人选 2 人。本学科在国内有一定影响，在某些研究领域内达到国内领先水平
辽宁工程技术大学电气与控制工程学院电气工程学科的介绍
电气工程是现代科技领域中的核心学科之一，更是当今高新技术领域中不可或缺的关键学科。我院电气工程学科共设置电机与电器、电力电子与电力传动、电力系统及其自动化、电工理论与新技术、高电压绝缘技术等 10 个研究方向。主要研究新型电力电子器件与功率集成，电力电子变流技术，新型电机调速与电力传动技术，电力电子控制技术，电机与电器的设计、制造、运行，电力系统分析与优化，电能质量检测与控制、柔性输电等内容，其目标是通过对电能进行高质量的变换、控制、传输和存储，以达到对电能的合理、高效、安全与环保利用，为我国国民经济的发展和现代化建设发挥巨大的推动作用。该学科主要培养在有关电能生产、传输和使用过程中各种设备及系统的设计、制造、运行、测量和控制等方面从事高层次科学研究、工程技术、教学与管理的高级专门人才，使他们在本学科领域具有坚实宽广的理论基础、系统深入的专门知识、较强的科研能力和解决工程技术问题的能力，为我国国民经济的发展和现代化建设服务。电气工程一级学科下设的电力电子与电力传动学科于 1981 年就获得国家首批硕士学位授权点，于 2002 年获批辽宁省重点学科，于 2007 年获批辽宁省创新团队，于 2008 年获批辽宁省重点实验室—工矿电气设备与电力电子技术实验室。经过 30 多年的建设与发展，本学科已为国家培养了一大批优秀人才，其中包括国家 985 高校和国外知名大学的教授、大学校长和院长、国有大中型企业及外资企业的高管和高级技术专家、企业老总、国家和省市级政府部门的高级行政人员等。
本学科现有教师 36 人，其中教授 12 人（博士生导师 4 人），副教授 18 人，具有博士学位教师15 人，其余教师全部具有硕士学位，有多名教师曾赴美国、德国和英国的国际著名大学做访问学者。
本学科还有辽宁省特聘教授 2 人，辽宁省优秀人才 2 人，辽宁省百千万人才工程百人层次 1 人、千人层次 2 人，辽宁省高校优秀青年骨干教师 2 人。有多位教授在中国电源学会、中国煤炭工业协会、辽宁省电工技术学会等著名学术团体任职，担任《中国电机工程学报》、《电工技术学报》、《电工电 能新技术》、《电源学报》等著名学术期刊的编委或特约审稿专家。
近年来，本学科获得国家自然科学基金项目 8 项，获得国家自然科学基金项目优秀结题项目 1项，获得省部级纵向项目 30 余项，获得企业横向课题 70 余项，获得省部级奖励 10 项，出版教材和著作 9 部，在国内核心期刊和国际会议发表高水平论文 500 余篇，其中EI 和ISTP 收录论文 100 余篇，获得国家专利 30 余项。本学科目前在国内具有一定影响，其中电力电子磁集成技术与弓网电接触理论研究方向在国内同行中具有较高的知名度。本学科与国内外多所知名大学、研究机构和企事业单位建立了学术交流和技术合作关系。
近五年来，本学科共培养研究生 300 余名，获得省级优秀毕业生 10 余人，获得校级优秀毕业生20 余人，获得省级优秀硕士论文 1 人，获得校级优秀硕士论文 20 人，平均每年考取国家 985 和 211高校博士研究生 10 余人。
辽宁工程技术大学电气与控制工程学院检测技术与自动化装置介绍
检测技术与自动化装置学科于 2005 年获得工学硕士学位授予权。本学科是隶属于控制科学与工程学科下的一个二级学科。检测技术与自动化装置是将自动化、电子、计算机、控制工程、信息处 理、机械等多种学科、多种技术融合为一体并综合运用的复合技术，广泛应用于工业、交通、电力、冶金、矿山等各领域自动化装备及生产自动化过程。本学科以智能检测技术、现代控制理论、嵌入 式系统、人工智能等技术为专业基础，培养掌握检测技术与自动化装置学科坚实的基础理论和系统 的专门知识，从事以本学科研究领域为主体的、与控制、信息科学、机械等领域相关的理论研究、 建模与仿真、应用技术及系统设计和自动化新技术、新产品研究开发工作的研究生。本学科现有辽宁省创新团队一个。近年来，本学科依托辽宁省重点实验室—工矿电气设备与电 力电子技术实验室，取得了一系列成果：获得国家自然科学基金 2 项，完成横向、纵向课题 40 余项，出版著作 8 部，获省部级奖励 20 余项，发表收录，获得国家专利 40 余项。本学科现有导师 18 人，其中教授 6 人，副教授 12 人，入选辽宁省“百千万人才工程”千人层次人选 1 人，省级教学名师 1人，国务院特殊津贴获得者 1 人。本学科在国内有一定影响，在某些研究领域内达到了国内领先水平。
辽宁工程技术大学电气与控制工程学院控制工程专业学位的介绍
控制工程（领域）专业学位
工程领域代码：085210 学分要求：32
一、 工程领域概况（Introduction of Engineering Field）
控制工程于 2010 年获得专业硕士学位授予权。本学科以工程领域内的控制系统为主要研究对象，以数学方法和计算机技术为主要工具，研究各种控制策略及控制系统的建模、分析和综合设计方法。主要培养学生掌握现代控制工程基础理论、方法和技术， 具有从事现代工业控制系统和装置研究、设计、开发、管理的能力。现已形成 4 个稳定的研究方向：工业过程控制技术、节能型电力传动控制技术、检测技术与自动化装置、人工智能与机器人控制技术。
本学科依托辽宁省科技创新团队、辽宁省工程技术研究中心、辽宁省重点实验室等科研平台，先后承担国家“863”、国家自然科学基金等国家级、省部级纵向科研项目 30项，横向课题 11 项，获省部级以上科技奖励 30 项。发表学术论文 206 篇，出版省部级
规划教材 8 部。现有教师 26 人，教授 6 人，副教授 13 人，讲师 7 人，具有博士学位的教师 20 人，其中辽宁省特聘教授 1 人，辽宁省优秀人才 3 人。本学科在煤矿瓦斯的监控技术、复杂生产过程控制系统、交流电机高性能调速技术等方面已具有鲜明的学科优势与特色，近 5 年已经培养 34 名研究生，为东北老工业基地的建设做出了一定的贡献。
Control engineering obtained the right to grant a master's degree in engineering in 2010. Taking control systems in the engineering fields as the main objects and the mathematical methods and the computer technology as the main tools, the discipline studies various control strategies and the modeling, analysis and comprehensive design methods of control system. It mainly trains the students to master the basic theories, methods and techniques of modern control engineering, which makes the students obtain the ability to study, design, develop and manage modern industrial control systems and devices. Four stable research directions have formed by now: industrial process control technology, energy-saving power drive control
工程领域代码：085210 学分要求：32
一、 工程领域概况（Introduction of Engineering Field）
控制工程于 2010 年获得专业硕士学位授予权。本学科以工程领域内的控制系统为主要研究对象，以数学方法和计算机技术为主要工具，研究各种控制策略及控制系统的建模、分析和综合设计方法。主要培养学生掌握现代控制工程基础理论、方法和技术， 具有从事现代工业控制系统和装置研究、设计、开发、管理的能力。现已形成 4 个稳定的研究方向：工业过程控制技术、节能型电力传动控制技术、检测技术与自动化装置、人工智能与机器人控制技术。
本学科依托辽宁省科技创新团队、辽宁省工程技术研究中心、辽宁省重点实验室等科研平台，先后承担国家“863”、国家自然科学基金等国家级、省部级纵向科研项目 30项，横向课题 11 项，获省部级以上科技奖励 30 项。发表学术论文 206 篇，出版省部级
规划教材 8 部。现有教师 26 人，教授 6 人，副教授 13 人，讲师 7 人，具有博士学位的教师 20 人，其中辽宁省特聘教授 1 人，辽宁省优秀人才 3 人。本学科在煤矿瓦斯的监控技术、复杂生产过程控制系统、交流电机高性能调速技术等方面已具有鲜明的学科优势与特色，近 5 年已经培养 34 名研究生，为东北老工业基地的建设做出了一定的贡献。
Control engineering obtained the right to grant a master's degree in engineering in 2010. Taking control systems in the engineering fields as the main objects and the mathematical methods and the computer technology as the main tools, the discipline studies various control strategies and the modeling, analysis and comprehensive design methods of control system. It mainly trains the students to master the basic theories, methods and techniques of modern control engineering, which makes the students obtain the ability to study, design, develop and manage modern industrial control systems and devices. Four stable research directions have formed by now: industrial process control technology, energy-saving power drive control
technology, detection technology and automation device, artificial intelligence and robot control technology.
Based on scientific research platforms such as innovation team of Liaoning Province, engineering technical research center of Liaoning Province and the key laboratory of Liaoning Province, the reaerch team has successively undertaken 30 national, provincial and ministerial longitudinal projects and 11 horizontal projects including National 863 programs and National Natural Science Foundation programs, and won 30 science and technology awards at or above the provincial and ministerial level. The reaerch team published 206 papers and 8 provincial and ministerial level planning textbooks. There are 26 teachers, 6 professors, 13 associate professors, 7 lecturers, including 1 special professor of Liaoning province, 3 outstanding talents of Liaoning province and 20 teachers with a doctor's degree. The discipline has distinctive advantages and characteristics on coal mine gas monitoring technology, complex production process control system and high performance AC motor speed regulation technology and so on. In recent five years, the discipline has trained 34 graduate students who have made certain contribution to the construction of northeast old industrial base.
The postgraduates in this field should master the solid and broad basic theory, advanced technology and approach and modern technical means of control engineering specialty, understand the technology status and development trends in this field. They should have ability to work independently in technology development and application, engineering design and implementation, technical tackling and retrofit, project planning and management. Focusing on engineering research, development and application in this field and mainly trained for the enterprises and institutions covering the scope of this field, they should meet the needs of socialist modernization, have a solid foundation and comprehensive quality,
Based on scientific research platforms such as innovation team of Liaoning Province, engineering technical research center of Liaoning Province and the key laboratory of Liaoning Province, the reaerch team has successively undertaken 30 national, provincial and ministerial longitudinal projects and 11 horizontal projects including National 863 programs and National Natural Science Foundation programs, and won 30 science and technology awards at or above the provincial and ministerial level. The reaerch team published 206 papers and 8 provincial and ministerial level planning textbooks. There are 26 teachers, 6 professors, 13 associate professors, 7 lecturers, including 1 special professor of Liaoning province, 3 outstanding talents of Liaoning province and 20 teachers with a doctor's degree. The discipline has distinctive advantages and characteristics on coal mine gas monitoring technology, complex production process control system and high performance AC motor speed regulation technology and so on. In recent five years, the discipline has trained 34 graduate students who have made certain contribution to the construction of northeast old industrial base.
二、培养目标（Cultivation Objectives）
本领域硕士生应掌握控制工程专业坚实宽广的理论基础、先进技术方法和现代技术手段，了解本领域的技术现状和发展趋势；具有独立从事技术开发与应用、工程设计与实施、技术攻关与改造、工程规划与管理的能力；注重本领域的工程研究、开发和应用， 主要为本领域涵盖范围的企事业单位培养适应社会主义现代化建设需要，基础扎实、素质全面、工程实践能力和创新能力强的应用研究型工程技术和工程管理人才。The postgraduates in this field should master the solid and broad basic theory, advanced technology and approach and modern technical means of control engineering specialty, understand the technology status and development trends in this field. They should have ability to work independently in technology development and application, engineering design and implementation, technical tackling and retrofit, project planning and management. Focusing on engineering research, development and application in this field and mainly trained for the enterprises and institutions covering the scope of this field, they should meet the needs of socialist modernization, have a solid foundation and comprehensive quality,
engineering practice and innovation ability of the application for research engineering technology and engineering management.
(2) 掌握控制工程领域的坚实基础理论和宽广专业知识；掌握解决复杂工程问题的先进技术方法和现代技术手段；在本领域的某一方向具有独立从事实际控制系统及装置的开发与应用、工程管理等能力。
(3) 掌握一门外语，能够顺利阅读本工程领域的科技资料和文献，具有一定的外语写作能力，可以进行国际学术交流。
(1) Graduates should understand and grasp of Marxism, Mao Zedong Thought, Deng Xiaoping Theory, the Theory of Three Represents, the Scientific Outlook on Development, and Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, support the Party's basic line, principles, and policies, and respect the motherland and the people. The graduates should observe law and discipline and be capable of excellent professional ethics, spirit of dedication, physical and mental health, and actively serve for China’s economic construction and social development.
(2) Graduates should master the solid foundation theory and broad professional knowledge in the field of control engineering, grasp advanced technical methods and modern technical means to solve complex engineering problems, and have the ability to independently develop and apply the actual control systems and devices and project management capabilities in a certain direction of this field.
(3) Graduates should grasp one foreign language, read the scientific and technical materials and documents in this engineering field skillfully, have the ability to write in the foreign language, and can conduct international academic communication.
三、培养要求（Cultivation Requirements）
(1) 掌握马克思主义、毛泽东思想、邓小平理论、“三个代表”重要思想、科学发展观及习近平新时代中国特色社会主义思想理论，拥护党的基本路线和方针、政策，热爱祖国和人民，遵纪守法，品行端正，具有良好的职业道德和奉献精神，积极为我国经济建设和社会发展服务，身心健康。(2) 掌握控制工程领域的坚实基础理论和宽广专业知识；掌握解决复杂工程问题的先进技术方法和现代技术手段；在本领域的某一方向具有独立从事实际控制系统及装置的开发与应用、工程管理等能力。
(3) 掌握一门外语，能够顺利阅读本工程领域的科技资料和文献，具有一定的外语写作能力，可以进行国际学术交流。
(1) Graduates should understand and grasp of Marxism, Mao Zedong Thought, Deng Xiaoping Theory, the Theory of Three Represents, the Scientific Outlook on Development, and Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, support the Party's basic line, principles, and policies, and respect the motherland and the people. The graduates should observe law and discipline and be capable of excellent professional ethics, spirit of dedication, physical and mental health, and actively serve for China’s economic construction and social development.
(2) Graduates should master the solid foundation theory and broad professional knowledge in the field of control engineering, grasp advanced technical methods and modern technical means to solve complex engineering problems, and have the ability to independently develop and apply the actual control systems and devices and project management capabilities in a certain direction of this field.
(3) Graduates should grasp one foreign language, read the scientific and technical materials and documents in this engineering field skillfully, have the ability to write in the foreign language, and can conduct international academic communication.
四、研究方向（Research Directions）
|
序号 No. |
名 称 Name |
研究方向的范围及特点概述 The Scope of Research Direction and Brief Account of the Characteristics |
|
1 |
工业过程控制技术Industrial Process Control Technology |
工业过程模型化与计算机高级过程控制技术；智能自动化与优化控制技术；工业生产的优化调度与企业综合自动化系统等 Industrial process modeling and computer advanced process control technology; Intelligent automation and optimization control technology; Optimal scheduling of industrial production and integrated automation system of enterprises, etc. |
|
2 |
节能型电力传动控制技术Energy-saving Typed Power Transmission Control Technology |
交流电机先进控制技术；电气传动系统节能技术；现代电力电子技术等 Advanced control technology of AC motor; Energy saving technology of electric transmission system; Modern power electronics technology, etc. |
|
3 |
检测技术与自动化装置Detection Technology and Automation Device |
煤矿安全监控技术；微机测控装置与系统；测控系统与诊断技术；检测技术与智能化仪表等 Coal mine safety monitoring technology; Microcomputer measuring and controlling device and system; Measurement and control system and diagnostic technology; Detection technology and intelligent instrument, etc. |
|
4 |
人工智能与机器人控制技术 Artificial Intelligence and Robot Control |
模式识别与智能系统；机器人控制技术；图像处理技术等 Pattern recognition and intelligent system; Robot control technology; Image processing techniques, etc. |
辽宁工程技术大学电气与控制工程学院电气工程专业学位的介绍
电气工程（领域）
工程领域代码： 085207 学分要求：26
工程领域代码： 085207 学分要求：26
一、工程领域概况（Field Introduction）
电气工程学科（Electrical Engineering， 简称 EE）是研究电能的产生、传输、转换、控制、储存和利用的学科，它包括电力系统及其自动化、电机与电器、高电压与绝缘技术、电力电子与电力传动、电工理论与新技术五个二级学科，其理论基础是电磁场理论和电路理论。电气工程学科与信息、能源和材料等学科相互交叉和渗透，在我国国民经济建设中具有十分重要的地位。本校电气工程学科于 1981 年获得国家首批工学硕士学位授予权，于 2001 年获得工程硕士学位授予权。本学科建设近 40 年来，已为国家培养 1000 余名工学硕士和 500 余名工程硕士，这些已毕业的工学硕士和工程硕士已成为相关领域的骨干，为我国的国民经济建设做出了巨大贡献。
本学科现有教师 58 人，其中教授 12 人、副教授 25 人，教师中的博士比例达到了57%。这些教师已形成 4 个稳定的研究方向，主要包括：电气设备的设计与制造技术、电力电子技术及其在电力系统中的应用、电力系统及其自动化技术、矿山供配电系统的故障诊断及智能化技术。本学科现有电力电子与电力传动辽宁省重点学科、工矿电气设备与电力电子技术辽宁省重点实验室、矿山装备智能化辽宁省工程技术研究中心，为本学科的四个研究方向提供了较大的研究平台。依托这些研究方向和研究平台，近年来， 本学科在培养工程硕士的过程中，承担了大量的国家级、省部级和企业横向课题，取得了丰硕的研究成果，主要包括：获得国家自然科学基金项目 12 项，获得省部级项目和
横向课题 100 余项，出版著作 10 余部；发表论文 500 余篇，其中 SCI、EI 收录 100 余篇，获得国家专利 100 余项，其中发明专利 20 余项，获得省部级奖励 20 余项。这些研究成果在国内电气工程领域具有较大影响，为振兴辽宁、支持国民经济建设做出了较大贡献。
The discipline of electrical engineering studies the generation, transmission, conversion, control, storage and utilization of electrical energy, which includes five second-level discipline: power system and its automation, motor and electrical appliances, high voltage and insulation technology, power electronics and power transmission, electrician theory and new technology. The theoretical basis of the theory is the theory of electromagnetic field and the theory of circuit. The subject of electrical engineering interacts with information, energy and materials, and plays a very important role in the construction of our national economy.
The discipline of electrical engineering was authorized the first batch to confer master’s degree in science in 1981 and confer master’s degree in engineering in 2001.In the past 40 years, the discipline has trained more than 1000 master of science in engineering and more than 500 masters of engineering for the country. These graduates have become the mainstay of related fields and have made great contributions to China's national economic construction. There are 58 teachers in this discipline, of whom 12 are professors and 25 are associate professors, and the proportion of doctorate among teachers reaches 57%.These teachers have formed 4 stable research directions, including the design and manufacturing technology of electrical equipment, power electronics technology and its application in the power system, power system and its automation technology, fault diagnosis and intelligent technology of mine power supply and distribution system. This discipline has the key disciplines of power electronics and power transmission in Liaoning Province, industrial and mining electrical equipment and power electronics technology Liaoning key laboratory and mine equipment intelligent Liaoning Engineering Technology Research Center, which provides a large research platform for the four research directions of this discipline. Based on these research directions and research platforms, in recent years, in the course of training the master of engineering, this discipline has hosted and completed a large number of national, provincial and enterprise horizontal topics, and has achieved fruitful research results. Mainly include: 12 projects of National Natural Science Foundation of China, more than 100 provincial and lateral projects, more than 10 publications and more than 500 articles published, including more than 100 articles by SCI and EI, and more than 100 national patents, including 20 patents of invention, and more than 20 of the provincial and ministerial awards. Theseresearch results have great influence in the field of electrical engineering in China, and have made great contributions to revitalizing Liaoning and supporting national economic construction.
The discipline of electrical engineering was authorized the first batch to confer master’s degree in science in 1981 and confer master’s degree in engineering in 2001.In the past 40 years, the discipline has trained more than 1000 master of science in engineering and more than 500 masters of engineering for the country. These graduates have become the mainstay of related fields and have made great contributions to China's national economic construction. There are 58 teachers in this discipline, of whom 12 are professors and 25 are associate professors, and the proportion of doctorate among teachers reaches 57%.These teachers have formed 4 stable research directions, including the design and manufacturing technology of electrical equipment, power electronics technology and its application in the power system, power system and its automation technology, fault diagnosis and intelligent technology of mine power supply and distribution system. This discipline has the key disciplines of power electronics and power transmission in Liaoning Province, industrial and mining electrical equipment and power electronics technology Liaoning key laboratory and mine equipment intelligent Liaoning Engineering Technology Research Center, which provides a large research platform for the four research directions of this discipline. Based on these research directions and research platforms, in recent years, in the course of training the master of engineering, this discipline has hosted and completed a large number of national, provincial and enterprise horizontal topics, and has achieved fruitful research results. Mainly include: 12 projects of National Natural Science Foundation of China, more than 100 provincial and lateral projects, more than 10 publications and more than 500 articles published, including more than 100 articles by SCI and EI, and more than 100 national patents, including 20 patents of invention, and more than 20 of the provincial and ministerial awards. Theseresearch results have great influence in the field of electrical engineering in China, and have made great contributions to revitalizing Liaoning and supporting national economic construction.
二、培养目标（Cultivation Objectives）
本领域研究生应掌握电气工程领域的基础理论、先进技术方法和手段，在电气工程领域的某一方向具有独立从事工程设计、工程实施，工程研究、工程开发或工程管理的能力；熟练掌握一门外国语，能够熟练地阅读本专业的外文资料；具有运用该门外国语听、说、读、写和参加国际学术交流的能力。
Grasp the basic theory, advanced technology, methods and means in the field of electrical engineering. Have the ability to work independently in engineering design, engineering implementation, engineering research, engineering development or engineering management in a certain direction in electrical engineering. Be Proficient in a foreign language and reading foreign language materials. Have the ability to use the foreign language to listen, speak, read, write and participate in international academic communication.
（2） 掌握所从事的工程领域的坚实基础理论和宽广专业知识；掌握解决复杂工程问题的先进技术方法和现代技术手段；具有与学位相匹配的创新意识及能力和独立担负工程技术或工程管理工作的能力。
（3） 掌握至少一门外国语，能较为熟练地阅读本学科的外文资料，具有一定的写作和翻译能力并具备一定的国际学术交流水平；掌握至少一种计算机语言及编程方法，较熟练的运用至少一种本工程领域常用的分析软件。
（1） Graduates should understand and grasp of Marxism, Mao Zedong Thought, Deng Xiaoping Theory, the Theory of Three Represents, the Scientific Outlook on Development, and Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, support the Party's basic line, principles, and policies, and respect the motherland and the people. The graduates should observe law and discipline and be capable of excellent professional ethics,
本领域研究生应掌握电气工程领域的基础理论、先进技术方法和手段，在电气工程领域的某一方向具有独立从事工程设计、工程实施，工程研究、工程开发或工程管理的能力；熟练掌握一门外国语，能够熟练地阅读本专业的外文资料；具有运用该门外国语听、说、读、写和参加国际学术交流的能力。
Grasp the basic theory, advanced technology, methods and means in the field of electrical engineering. Have the ability to work independently in engineering design, engineering implementation, engineering research, engineering development or engineering management in a certain direction in electrical engineering. Be Proficient in a foreign language and reading foreign language materials. Have the ability to use the foreign language to listen, speak, read, write and participate in international academic communication.
三、培养要求（Cultivation Requirements）
（1） 掌握马克思主义、毛泽东思想、邓小平理论、“三个代表”重要思想、科学发展观及习近平新时代中国特色社会主义思想理论，拥护党的基本路线和方针、政策，热爱祖国和人民，遵纪守法，品行端正，具有良好的职业道德和奉献精神，积极为我国经济建设和社会发展服务，身心健康。（2） 掌握所从事的工程领域的坚实基础理论和宽广专业知识；掌握解决复杂工程问题的先进技术方法和现代技术手段；具有与学位相匹配的创新意识及能力和独立担负工程技术或工程管理工作的能力。
（3） 掌握至少一门外国语，能较为熟练地阅读本学科的外文资料，具有一定的写作和翻译能力并具备一定的国际学术交流水平；掌握至少一种计算机语言及编程方法，较熟练的运用至少一种本工程领域常用的分析软件。
（1） Graduates should understand and grasp of Marxism, Mao Zedong Thought, Deng Xiaoping Theory, the Theory of Three Represents, the Scientific Outlook on Development, and Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era, support the Party's basic line, principles, and policies, and respect the motherland and the people. The graduates should observe law and discipline and be capable of excellent professional ethics,
spirit of dedication, physical and mental health, and actively serve for China’s economic construction and social development.
（2） Grasp the solid basic theory and broad professional knowledge in the field. Master
advanced technology and modern technology to solve complex engineering problems. Have the innovative consciousness and skills to match the degree and have the ability to work independently in technology engineering or engineering management.
（3） Master at least one foreign language, read the foreign language information of the
subject skillfully. Have certain writing and translation ability and have a certain level of international academic communication, master at least one computer language and programming method, and use at least one kind of analysis software commonly used in the field of engineering.
四、研究方向（Research Directions）
（2） Grasp the solid basic theory and broad professional knowledge in the field. Master
advanced technology and modern technology to solve complex engineering problems. Have the innovative consciousness and skills to match the degree and have the ability to work independently in technology engineering or engineering management.
（3） Master at least one foreign language, read the foreign language information of the
subject skillfully. Have certain writing and translation ability and have a certain level of international academic communication, master at least one computer language and programming method, and use at least one kind of analysis software commonly used in the field of engineering.
四、研究方向（Research Directions）
|
序号 No. |
名 称 Name |
研究方向的范围及特点概述 The Scope of Research Direction and Brief Account of the Characteristics |
|
1 |
电气设备的设计与制造技术Design and Manufacturing Technology of Electrical Equipment |
包括电力系统中各种传统电气设备，以及为适应智能电网发展需要的新型电气设备的设计与制造技术，还包括其它工业领域电气系统中的各种电气设备的研发技术。 It includes all kinds of traditional electrical equipment in power system, and the design and manufacturing technology of new electrical equipment to meet the needs of smart grid development. It also includes research and development of various electrical equipment in other industrial fields. |
|
2 |
电力电子技术及其在电力系统中的应用 Power Electronics Technology and its Application in Power System |
包括直流输电技术、柔性输电技术、无功补偿及谐波抑制技术等等。 Including DC transmission technology, flexible transmission technology, reactive power compensation and harmonic suppression technology and so on. |
|
3 |
电力系统及其自动化技术Power System and its Automation Technology |
包括电力系统中发、变电、输电、配电及用电环节的自动化运行与维护技术及其他工业领域电气系统的监测与控制技术。 It includes the technology of automatic operation and maintenance of power system, power transmission, transmission, distribution and power supply, and the monitoring and control technology of electrical system in other industrial fields. |
|
4 |
矿山供配电系统的故障诊断及智能化技术 Fault Diagnosis and Intelligent Technology of Mine Power Supply and Distribution System |
包括矿山供配电系统的工况参数的监测与控制、智能化设备的研发、故障检测与诊断等。 It includes monitoring and control of working condition parameters of mine power supply and distribution system, research and development of intelligent equipment, fault detection and diagnosis. |
辽宁工程技术大学电气与控制工程学院的介绍
电气与控制工程学院一、学院整体概述
辽宁工程技术大学电气与控制工程学院的与学校同龄，始创于1949年，前身为阜新矿业学院机电科， 2006年9月升格为电气与控制工程学院。
学院现有教职工79人，其中，辽宁省特聘教授3人、优秀人才4人、百千万人才工程培养人选8人，全国优秀教师1人，辽宁省“兴辽英才计划”教学名师1人，辽宁省普通高校优秀青年骨干教师5人。
学院拥有电气工程一级学科博士点和一级学科硕士点、2个二级学科硕士点、2个工程硕士授权领域。学院拥有电力电子与电力传动辽宁省重点学科，2个辽宁省高校创新团队，拥有9个省级科研与教学平台。学院设有电气工程及其自动化、自动化、电气工程与智能控制、测控技术与仪器、智能电网信息工程等5个本科专业。目前，在校本科生、硕士生和博士生2539人。
近年来，学院先后承担国家“863”项目、国家自然基金等重大科研项目几十项；获国家、省部级教学与科技奖励60余项；获国家专利80余项；在国内外重要学术期刊上发表论文1000余篇；出版专著与国家级教材30余部。近三年来，学生在国家级、省级各类竞赛中获奖1000余项，学生申请专利50余项。
学院始终坚持以培养应用创新型人才为目标，在人才培养中明确提出要尊重教学规律和人才成长规律、关注学生个性化发展和全面发展。坚持专业能力强化和整体素质提升为培养目标，以人为本，强化素质教育，构建以“基本理论”为通识基础教育，以“基本技能”为专业工程教育，以“基本素质”为综合工程教育，以“实践、设计、实现”为创新创业教育的四位一体工程人才培养模式。以各类科技竞赛和第二课堂培养学生个性化创新能力，树立学生自主成才意识，营造优良的学风及育人环境。在全国“挑战杯”大赛、智能车大赛、电子设计竞赛等科技学术竞赛中，学院学生均有突出表现，2016年邰若鹏同学荣获第十届中国青少年科技创新奖。近三年来，电控学院本科学生共获得国家级奖项 98项，省部级奖项187项，协会奖项147项，申报专利40余项，创新创业训练项目89项。
学院生源质量好，毕业生就业质量高，每年有20%左右的毕业生考取研究生，其中一大部分到985、211院校深造；有20%左右的毕业生考取国家电网（2019年国家电网录取率全国排名15位）；每年高质量就业学生比例(入职央企、事业、公务员、考取研究生等的学生)在75%以上，毕业生就业率都在98%以上，学院毕业生以基础好、专业宽、能力强、素质高赢得了社会各界的普遍赞誉和高度好评。
辽宁工程技术学院研究生院电气与控制工程学院联系方式
辽宁工程技术学院研究生院电气与控制工程学院联系方式：
邱老师
邱老师
04295310899
13591999885
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