飞行器制造工程专业介绍
Introduction to the major of Aircraft Manufacturing Engineering
飞行器制造工程专业培养飞机结构制造技术、飞机机务维修技术。主要面向航空航天产业，培养具有良好的职业道德和敬业精神，具有创新思维、团队协作精神、组织与管理能力，具备扎实的专业基础知识和技术，能从事飞行器（总装）制造、结构维修及其管理工作的应用技术人才。
The major of Aircraft Manufacturing Engineering focuses on the field of aircraft structure manufacturing technology and aircraft maintenance technology. It is mainly for the aviation and aerospace industry. This major trains the applied technical talents with good professional ethics and dedication, innovative thinking, team spirit, organization and management ability, professional basic knowledge and technical ability. The students can be engaged in aircraft (assembly) manufacturing, structural maintenance and management.
该专业前身“飞机制造技术”始建于2007年，是与天津空客、西飞国际等企业深度合作，产教融
合特色鲜明的高职专业。为适应航空产业发展，经全面整合及提升，该专业于2015年申请并获教育部批准设立，2016年首次招生，2017年获学士学位授权。
The predecessor of this major, "Aircraft Manufacturing Technology", was founded in 2007. It is a major of higher vocational education with distinctive characteristics of industry and education integration, which established in the deep cooperation with Airbus (Tianjin) and Xi’an Aircraft International and other enterprises. In order to adapt to the development of the aviation industry and after all-round improvement and promotion, this major was applied in 2015 and approved by the Ministry of Education. It was first recruited in 2016 and was qualified for a bachelor's degree education in 2017.
教学过程中已将国际飞机制造企业核心技术，培训教学内容等企业标准、技术、素养融入教学内容；已经实现将企业设备、工具、管理融入教学环境；将企业规范、工艺、质量融入教学过程。毕业学生现已广泛分布在航空航天企业一线工作岗位工作。
In the teaching process, the core technology of international aircraft manufacturing enterprises and training content of the aircraft manufacturing enterprises, and other enterprise standards, technologies and professional spirit have been integrated into the teachingcontent; The equipment, tools and management of enterprises have been integrated into the teaching environment; The enterprise standards, technology, quality have been integrated into the teaching process. The graduates are now widely employed in thefront-line jobs position of aviation and aerospace enterprises.
本专业学制为4年，最高修业年限为6年。按照规定修满学分，符合学位授予规定的学生授予工学学士学位。
The normal study time of this major is 4 years and no more than 6 years. According to the regulations, students should complete the credits. The university grants Bachelor's Degree of Engineering to thestudents who meet the requirements of degree granting.
车辆工程专业介绍
Introductionofvehicleengineering
一、培养目标Trainingobjectives
本专业为适应社会经济发展需要，面向汽车（包括零部件）生产制造以及汽车后市场行业，培养具有良好的公民意识、道德水准和高度社会责任感，具有一定的竞争能力、实践能力和创新精神，具有一定国际化视野，德、智、体、美、劳全面发展，掌握自然科学和人文社会科学基础知识，掌握车辆工程专业所必需的工程基础知识和专业技能，能够在汽车及零部件生产企业、科研院所及相关领域从事整车、相关零部件产品制造、实验、检测、管理、营销、科研及教学工作的应用型高素质人才。
In order to meet the needs of social and economic development, vehicle engineering major is oriented to automobile manufacturing and automobile aftermarket industries. It cultivates a good sense of civic awareness, moral standards and a high sense of social responsibility. It has certain competitiveness,practical ability and innovative spirit. It has a certain international vision. It has comprehensivedevelopment in morality, intelligence, sports, art and labor, and grasps natural science and technologybasic knowledge ofHumanities and Social Sciences, mastering the basic engineering knowledge andprofessional skillsnecessaryforvehicleengineering,andbeingabletoengageinthemanufacture, experiment,detection, management, marketing, scientific research and teaching of vehicle and related parts in automobile andparts manufacturing enterprises, scientific research institutes and related fields.
二、主修课程Majorcourses
主修工程图学、工程力学、机械设计基础、机械制造基础、电工电子基础、汽车构造、汽车电器与设备、汽车电子控制技术、新能源汽车技术、发动机原理、汽车理论、汽车制造工艺学、汽车设计、汽车试验技术、汽车检测与故障诊断技术等课程。
Engineering Graphics, Engineering Mechanics, Mechanical Design Basis, Mechanical Manufacturing Foundation, ElectricalandElectronic Foundation, Automobile Structure,Automobile ElectricalAppliances and Equipment, Automobile Electronic Control Technology, New Energy Vehicle Technology, Engine Principle, Automobile Theory, Automobile Manufacturing Technology, Automobile Design, Automobile Test Technology,Automobile Detection and Fault Diagnosis Technology, etc.
三、就业面向Employmentorientation
毕业生定位在汽车整车及零部件生产企业从事整车及相关零部件产品设计制造、实验、检测工作；面向企事业单位和科研院所，从事汽车新技术的应用与开发以及相关技术管理工作；也可面向汽车后市场，从事汽车营销服务、检测维修及运用管理工作。
Graduates are positioned to be engaged in the design, manufacture, experiment and testing of complete vehicle and related parts and components products in automobile and parts manufacturing enterprises; they are engaged in the application and development of new automobile technologies and related technology management for enterprises, institutions and scientific research institutes; they can also engage in automobile marketing service, inspection and maintenance and application management for automobileaftermarket.
通信工程(留学生)专业介绍
IntroductionofCommunicationEngineering
一、培养目标Trainingobjectives
本专业主要培养满足“一带一路”国家和我国及周边区域产业结构升级的需要，具有扎实的通信理论基础知识、专业能力、良好的职业素养、社会责任感和创新精神，掌握现代通信领域应用技术和国际行业标准，善于合作交流，能把理论知识转化为实际应用技术，解决通信设备运行现场实际问题，能胜任信息通信领域工程设计实施、网络运营、设备维护、优化和技术管理等工作的高级应用型技术技能人才，具有工程实践创新能力和国际职业竞争能力的复合型人才。
This major is mainly to train to meet the needs of the "Belt and Road" countries and the upgrading of the industrial structure of China and surrounding regions, with a solid basic knowledge of communication theory, professionalcapabilities, good professionalism, a senseofsocialresponsibility and innovative spirit, and master the application of modern communication technologyand International industrystandards, good atcooperationandexchanges,abletotransformtheoreticalknowledgeintopracticalapplicationtechnology, solve practical problems in the operation of communication equipment, and be competent for advanced applications of engineering design implementation, network operation, equipment maintenance,optimization and technical management in the information and communication field Type technical skill talents, compound talents with engineering practice innovation ability and international professionalcompetitiveness.
本专业对外支持了国家“一带一路”倡议下的柬埔寨“澜湄职业技术培训中心-通信技术实训中心”
项目建设，并已经开展了柬埔寨、尼日利亚等国留学生本科学历教育。
This major has externally supported the construction of Cambodia's "Lanmei Vocational and Technical Training Center-Communication Technology Training Center" project under the national "One Belt One Road" initiative, and has carried out undergraduate education for overseas students in Cambodia, Nigeria and other countries.
二、主要课程设置Themaincurriculums
1.主要专业课程设置Majorprofessionalcourses
电路分析基础（48学时）、电子线路基础（48学时）、数字逻辑电路（48学时）、信号与系统（48学时）、通信原理（48学时）、通信系统集成电路设计（48学时）、移动通信（32学时）、光纤通信（32学时）、移动基站开通与运维（48学时）、移动通信网络测试与优化（48学时）、移动互联应用开发（48学时）、云计算与大数据应用（48学时）、计算机通信与网络（48学时）。
Basics of circuit analysis (48 hours), basics of electronic circuits (48 hours), digital logic circuits (48 hours), signals and systems (48 hours), communication principles (48 hours), communication system integrated circuit design (48 hours), mobile Communication (32 credit hours), optical fiber communication (32 credit hours), mobile base station activation and operation and maintenance (48 credit hours), mobile communication network testing and optimization (48 credit hours), mobile internet applicationdevelopment (48 credit hours), cloud computing and big data applications (48 hours), computer communication and network (48 hours).
2.核心课程简介：Introductiontocorecourses:
本专业共有10门核心课程，分别是：电路分析基础、电子线路基础、数字逻辑电路、计算机软件技术基础、计算机通信与网络、信号与系统、通信原理、移动通信、光纤通信、通信系统集成电路设计。
There are 10 core courses in this major, namely: circuit analysis foundation, electronic circuit foundation, digital logic circuit, computer software technology foundation, computer communication and network, signal and system, communication principle, mobile communication, optical fiber communication, communication system integrated circuit design.
（1）电路分析基础：通过本课程使学生掌握电路元器件的识别、测量，基本工具、基本仪器
使用的能力，能够对实际直流/交流电路进行正确的操作、测量，进行直流/交流电路的分析、计算及初步设计，以及安全用电能力；
Fundamentals of circuit analysis: Through this course, students will be able to master the identification and measurement of circuit components, the ability to use basic tools and basic instruments, and be able to correctly operate and measure actual DC/AC circuits, and perform DC/AC circuits Analysis, calculationand preliminary design, and the ability to use electricity safely;
（2）电子线路基础：通过本课程使学生熟悉模拟电路的基本元器件、掌握基本单元放大电路
与集成电路的组成及分析方法，能够进行模拟电路原理图的设计和识图，规范设计初级的模拟电路设计，使用仪器仪表，掌握安全的电子测试仪器和设备使用以及安全作业能根据图纸，进行电路的安装、调试与故障排查；
Electronic circuit foundation: Through this course, students will be familiar with the basic components of analog circuits, master the composition and analysis methods of basic unit amplifying circuits and integrated circuits, and be able to design and recognize analog circuit schematic diagrams, and standardize the design of primary Analog circuit design, use of instruments and meters, master the use of safeelectronic test instruments and equipment, and safe operation, according to drawings, circuit installation, debugging and troubleshooting;
（3）数字逻辑电路：通过本课程是学生掌握基本逻辑及其运算；组合逻辑电路的分析方法和
设计方法；中规模集成电路全加器、编码器、译码器、数字比较器、数据选择器；基本触发器、控触发器R-S触发器、D触发器、J-K触发器和T触发器；主从J-K触发器、边沿触发器；脉冲信号与电路、集成门构成的施密特触发器、单稳态触发器、多谐振荡器；握555定时器构成的施密特触发器、单稳态触发器、多谐振荡器等；
Digital logic circuit: Through this course, students can master basic logic and operations; analysis methods and design methods of combinational logic circuits; medium-scale integrated circuit full adder, encoder, decoder, digital comparator, data selection Basic trigger, control trigger RS trigger, D trigger, JK triggerand T trigger; master-slave JK trigger, edge trigger; Schmitt trigger composed of pulse signal and circuit, integrated gate, Monostable triggers, multivibrators; Schmitt triggers, monostable triggers, multivibrators, etc. composed of a 555 timer;
（4）计算机软件技术基础：通过本课程的学习使学生掌握数据结构的基本概念和使用方法及
实现技术，能运用所学数据结构及其有关算法编制有关小型程序，掌握数据库的基本概念，数据库技术的发展趋势，能运用关系数据库的相关技术和方法分析数据库应用系统，掌握软件工程的基本原理、概念与方法，掌握并可运用瀑布型软件开发过程的基本方法和技巧；
Computer software technology foundation: Through the study of this course, students will master the basic concepts, usage methods and implementation techniques of data structures, use the data structures and related algorithms they have learned to compile related small programs, and master the basic concepts of databases. The development trend of technology, can use relational database related technologies and methods to analyze database application systems, master the basic principles, concepts and methods of software engineering, and master and use the basic methods and skills of the waterfall software development process;
（5）计算机通信与网络：通过讲授计算机通信的基本过程，计算机网络体系结构，并通过相
应计算机网络实验使学生掌握计算机网络的分析配置和工具使用，掌握路由器、交换机等计算机网络设备的选型与配置使用；
Computer communication and network: through teaching the basic process of computer communication, computer network architecture, and through corresponding computer network experiments, students can master the analysis configuration and tool use of computer networks, and master the selection of computer network equipment such as routers and switches. Use with configuration;
（6）信号与系统：主要讲解信号和线性非时变系统的基本理论和基本分析方法，使学生掌握
最基本的信号变换理论与线性非时变系统的分析方法，并通过实验使学生掌握信号与系统分析的基本方法，加深对信号与线性非时变系统基本理论的理解，训练学生的实验技能和科学实验方法，提高分析和解决实际问题的能力；
Signals and systems: Mainly explain the basic theories and basic analysis methods of signals and linear time-invariant systems, so that students can master the most basic signal transformation theory and linear time-invariant systemanalysis methods, and enable students to master signals throughexperiments And the basicmethodsofsystem analysis,deepentheunderstandingofthebasictheories ofsignalsandlinear time-invariantsystems,trainstudents'experimentalskillsandscientificexperimentalmethods,andimprove the ability to analyze and solve practical problems;
（7）通信原理：以各种现代通信系统的基本组成为模型，全面系统地讲解现代通信的基本原
理与基本技术，包括通信与通信系统基本理论知识、信源编码和信道编码技术、调制与解调技术、同步和复用技术，使学生掌握重要概念和原理，形成完整的通信原理知识体系；
Communication principles: Taking the basic components of various modern communication systems as models, comprehensively and systematically explain the basic principles and basic technologies of modern communication, including basic theoretical knowledge of communication and communication systems, source coding and channel coding technologies, modulation and Demodulation technology, synchronization and multiplexing technology enable students to master important concepts and principles and form a complete knowledge system of communication principles;
（8）移动通信：主要讲解移动通信系统相关知识包括：移动通信基础知识、第二代移动通信
系统、第三代移动通信系统、第四代移动通信系统、移动通信设备管理与维护、移动通信相关产品检修与测试等；
Mobile communication: Mainlyexplain the related knowledge of mobile communication systemincluding: basicknowledgeofmobilecommunication,second-generationmobilecommunicationsystem,third-generation mobile communication system, fourth-generation mobile communication system, mobile
communication equipment management and maintenance, mobile communication Related product maintenance and testing, etc.;
（9）光纤通信：通过本课程的学习使学生掌握光纤通信系统的基本组成，了解光缆的结构及
光纤传光原理，掌握光缆接续技术，熟悉通信用光器件及参数，掌握光端机的组成和特性，了解光纤通信新技术及发展方向，如光纤放大器、光波复用技术等知识；
Optical fiber communication: Through the study of this course, students will master the basic composition of opticalfiber communication system, understand the structure of opticalcable and the principle of optical fiber light transmission, master optical cable connection technology, be familiar with optical components and parameters for communication, and master the composition and characteristics of optical transceivers , Understand the new technology and development direction of optical fiber communication, such as optical fiber amplifier, light wave multiplexing technology, etc.;
（10）通信系统集成电路设计：通过本课程使学生了解集成电路设计的基本概念和知识，理解
集成电路基本单元的组成与电路原理，掌握基本单元电路的设计方法与复杂单元电路的设计思路，能够设计简单的集成电路。
Communication system integrated circuit design: Through this course, students will understand the basic concepts and knowledge of integrated circuit design, understand the composition and circuit principles of thebasicunitsofintegratedcircuits,masterthedesignmethodsofbasicunitcircuitsandthedesignideasof complex unit circuits. Able to design simple integrated circuits.
三、就业面向Employmentorientation
本专业学生具备较强的技术应用能力，能够适应各类企业岗位需求，具有国际化人才素养。Studentsinthismajorhavestrongtechnicalapplicationcapabilities,canadapttotheneedsofvarious corporate positions, and possess international talents.
可在大型跨国通信设备制造企业从事通信设备和系统的设计、检验、优化维护和管理，在移动应用开发企业从事移动互联应用设计开发、测试、管理与运行；也可在通信运营企业或通信规划设计院从事设备运营维护、规划设计、网络优化与网络管理工作；也可面向科研院所，从事通信技术和电子技术的应用与研发；同时可在相关其它行业企业，从事通信相关技术与管理工作。
Can be engaged in the design, inspection, optimization, maintenance and management of communication equipment and systems in large-scale multinational communication equipment manufacturing companies;in mobile application development companies in the design, development, testing, management and operation of mobile Internet applications; also in communication operation companies or communication planning The design institute is engaged in equipment operation and maintenance, planning and design, network optimization and network management; it can also be engaged in the application and research and development of communication technology and electronic technology for scientific research institutes; at the same time, it can be engaged in communication-related technology and management in other related industries and enterprises .
具体就业岗位包括：通信设备开发工程师、通信设备检测工程师、移动应用开发工程师、交换
技术工程师、核心网工程师、射频工程师、网络规划与优化工程师、通信项目和设备的运行、监控、维护、项目管理以及销售服务人员等。
Specific jobs include: communication equipment development engineers, communication equipmenttestingengineers,mobileapplicationdevelopmentengineers,switchingtechnologyengineers,corenetwork engineers, radio frequency engineers, network planning and optimization engineers, operation, monitoring, maintenance, and project management of communication projects and equipment And sales and servicepersonnel.
产品设计专业简介
TheIntroductionofProductDesign
一、培养目标TrainingObjectives
本专业培养服务京津冀区域经济社会发展，掌握产品前期调研、创意思维方法、造型设计理论、手绘表达技法、人机交互理论，具备平面设计、产品三维制图、实体模型制作、后期产品运营等专业知识和技能，具备一定艺术与美学修养，能综合运用所学知识与技能分析、解决实际问题，能在智能产品造型设计、产品手板模型制作、样机研发、文创产品开发、产品人机交互设计、软件界面设计、产品策划与营销等现代工业产品造型领域的专业设计机构、传播机构、企事业单位从事产品造型设计方面的策划、设计、制作和技术管理岗位的应用型人才。
Thismajoraimsto cultivate and serve the economic andsocialdevelopmentofBeijing，Tianjin，Hebei region, mastering the preliminary product research, creative thinking methods, modeling design theory, hand-painted expression techniques, human-computer interaction theory, with professional knowledge and skills of graphic design, product three-dimensional drawing, solid model production, and later product operation, with certain artistic and aesthetic cultivation, andcomprehensively using the knowledge and skills to analyze and solve practical problems. Be able to get a job in the field of modern industrial product modeling, including professional design institution, communication organization, enterprises and institutions, such as the field of intelligent product modeling design, product model making, prototype R & D, cultural and creative product development, product human-computer interaction design, software interface design engaging in product modeling design planning, design, production and technical management positions of applied talents.
二、主修课程MajorCourses
本专业将企业和行业的各类标准引入课程教学，探索校企合作新范式；坚持实践课程四年不断线，确保学生获得扎实的技术技能，紧密贴合市场的用人需求。本专业涵盖10门主修课程：设计程序与方法、人机工程学、产品快速表现、产品数字建模与效果图制作、产品专题设计1（文创产品设计）、产品专题设计2（智能产品设计）、产品专题设计3（交通工具设计）、产品手板制作、产品结构设计、产品造型快速成型技术。实践课程主要有：工程实训、艺术写生实践、综合创作实践。This major introduces various standards of enterprises and industries into the courses, exploring the new paradigmofschoolenterprisecooperation,adheringtothefour-yearcontinuouspracticecoursesto ensure that students can acquire solid technical skills and closely meeting the employment’s needs of the market.Thismajorcovers10majorcourses:DesignProcedureandMethod,Ergonomic,ProductSketch,
Product Digital Modeling and Rendering, Project of Product Design 1（Cultural and Creative Product）,ProjectofProductDesign2（IntelligentProduct）,ProjectofProductDesign3（Vehicle）,MakingProductMode, Product Structure Design, Technology of Product Rapid Prototyping. Practical courses mainly include:PracticeofArtisticSketching,PracticeofProfessionalBaseofProductDesign,Practiceof Multi-Platform Product Display Design and so on.
三、就业方向EmploymentDirection
产品设计专业的就业面向涵盖了艺术设计的多个领域，未来可在交通工具设计、文创产品开发、智能产品设计、小家电设计、家具设计、传统手工艺制作、新媒体制作等领域的专业设计机构、传播机构、企事业单位等从事新产品开发、产品造型设计、产品模型制作、产品营销推广、界面设计、用户体验等工作。
The employment of product design major covers many fields of art design. In the future, graduates can engage in new product development, product modeling design, product model production, product marketing promotion, interface design, user experience in the field of vehicle design, cultural and creative product development, intelligent product design, small household appliance design, furniture design, traditionalhandicraftproduction,andnewmediaproduction.Graduatescanworkintheprofessionaldesign institutions, broadcasting institutions, enterprises and institutions of above field.
自动化专业介绍
IntroductionofAutomation
一、培养目标TrainingObjective
本专业面向智能制造领域的各类产业，培养掌握控制理论、计算机技术、电子、电气技术以及信息技术等基础理论知识与应用技术，能解决生产中实际问题，能完成现场技术开发和改造项目，能进行新方法和新工艺应用，具有跨专业的职业行动能力，能胜任现代企业自动化工程相关领域的生产制造、设计改造、应用转化、运行管理等工作的高级技师、一线工程师、工匠，并具有一定工程实践创新能力和国际化职业竞争能力的应用型人才。
Automation specialty is oriented to various industries in the field of intelligent manufacturing, it focuses on training Senior technicians, engineers work on first-line and great country craftsmen who can master the basic theoretical knowledge and applied technology of control theory, computer technology, electronics technology, electricaltechnologyand information technology, etc., can solve practicalproblems in production, can complete the projects of technology development and transformation, can carry out the applications of new methods and new process. They have the professional action capability of transdisciplinary, can finish the works of manufacturing, design & transformation, application &conversion and operation management, etc., in related fields of modern enterprise automation engineering, and they are also applied talents with certain engineering practice innovation capabilities and international professional competitiveness.
二、主修课程MajorCourses
本专业核心课程主要有：《电路原理》、《模拟电子技术》、《数字电子技术》、《自动控制原理》、
《电机与拖动》、《电气控制技术》、《嵌入式系统编程与实现》、《可编程控制系统运行调试》、《运动控制系统分析与设计》、《智能控制与机器人》等。
The major courses include: "Circuit Principle", "Analog Electronic Technology", "Digital Electronic Technology","AutomaticControlPrinciple","Motor&Drive","ElectricalControlTechnology",
"EmbeddedSystemProgrammingandImplementation","ProgrammableControlSystemOperationand Debugging", "Motion Control SystemAnalysis and Design", "Intelligent Control and Robots", etc.
三、就业面向Employmentorientation
毕业生就业面向智能制造领域的各类产业，从事各种生产机械自动化控制系统的设计安装、运行与维护，从事自动化产品和自动化控制系统的设计、安装与调试，自动控制设备及产品制造、生产管理、售后技术服务工作，也可从事自动化生产设备的辅助开发与设计工作；面向企事业单位、科研所，从事先进自动化控制技术的应用与研发；同时可在相关行业从事供配电系统的安装、调试、运行与维护工作，在机电设备公司从事计算机监测、控制系统设备、自动化仪表等营销工作。
Graduates are employed in various industries in the field of intelligent manufacturing, they can be engagedin the design, installation, operation and maintenanceof various productionmachineryautomation control systems, engaged in the design, installation and commissioning of automation products and automation control systems, engaged in manufacturing, production management and technical services of after-salesof automatic control equipment and product, and also engaged in the auxiliary developmentand design of automated production equipment; engaged in the application and research and developmentof advanced automation control technology for enterprises, institutions and scientific research institutes; at the same time, engaged in the installation, commissioning, operation and maintenance of power supplyand distribution systems in related industries , engaged in computer monitoring, control system equipment, automation instrumentation and other marketing work in enterprise of electromechanical equipment.
具体的就业岗位主要有：
（1）机电设备运行操作、安装调试及故障诊断与维护维修；
（2）生产自动化控制系统设计、安装调试、运行维护；
（3）自动化工程的设计与改造、运行及实现；
（4）自动化产品及设备的设计开发、安装调试；
（5）电力系统及设备的研究、设计、制造与维护。
Thespecificemploymentpositionsmainlyinclude:
(1)Operationofelectromechanicaldevices,installationandcommissioning&faultdiagnosis,maintenance;
(2)Design,installationandcommissioning,operationandmaintenanceofproductionautomation control system;
(3)Designandtransformation,operationandrealizationofautomationengineering;
(4)Designanddevelopment,installationandcommissioningofautomationproductsandequipment;
(5)Research,design,manufactureandmaintenanceofpowersystemsandequipment.
学生在毕业后通过适当培训可比较容易转岗到以下工作：
（1）常规电气设备及系统技术支持；
（2）自动化设备制造一线的生产管理；
（3）自动化工程公司的小型项目经理
Graduatescanalsoeasilytransfertothefollowingjobpositionsthroughappropriatetraining:
(1)Technicalsupportforconventionalelectricalequipmentandsystem;
(2)Productionmanagementofthefirst-lineofautomatedequipmentmanufacturing;
(3)Projectmanagerofsmallprojectofautomationengineeringcompany
