The School of Intelligent Manufacturing and Control Technology relies on Northwestern Polytechnical University’s advantageous majors in the field of advanced manufacturing，With "Made in China2025》、The Fourteenth Five-Year Plan for National Economic and Social Development and2035Outline of Long-term Goals" and "“14th Five-Year Plan”High-quality Manufacturing Development Plan" and other major national manufacturing needs as the background，Keep up with industry4.0Pace of the Times，Close to the needs of Shaanxi manufacturing industry and aerospace industry，Revolving around smart manufacturing、Carry out scientific research and talent training on key common technologies of intelligent control。

College built“Intelligent manufacturing professional group”、“Intelligent control professional group”Two major professional groups and their roles in the aerospace field“Aviation Application”Professional group，Subsidiary machinery design, manufacturing and automation、Aircraft Manufacturing Engineering、Electrical Engineering and Automation、Intelligent Manufacturing Engineering、Robot Engineering、Unmanned aircraft system engineering and intelligent equipment and systems, etc.7majors。Including mechanical design, manufacturing and automation、Aircraft manufacturing engineering is a first-class undergraduate major construction site in Shaanxi Province。

Intelligent Manufacturing and Control Technology Institute’s new technologies for the intelligent manufacturing and control industry、New mode、New changes and talent needs for the development of the aerospace field，Focus on multi-axis CNC machining technology for complex aviation products、Mechanical and electrical products4CSystem application (CAD/CAM/CAE/CAPP), Intelligent Manufacturing System Design and Integration, intelligent service and management,Precision CNC machining of aviation complex structural parts、Aerospace composite materials application and manufacturing technology,Power system automation,New energy power generation, robot system integration and application、Robot motion control, drone design and manufacturing, Drone photography and applications,Advanced manufacturing equipment intelligent controlMade, industrial robotWait tenfournumberDirection Development"One specialty, many abilities"、The cultivation of high-quality applied talents through multi-faceted collaborative education of "industry, academia, research and application"。

In recent years，The college is oriented towards cultivating applied practical abilities，Continuously promote school-enterprise cooperation，New models such as the integrated development of industry and education。The college has successively cooperated with Beijing Jingdiao Group、Suzhou Tianzhun Technology Co., Ltd.、Guangzhou Yueji Communication Technology Co., Ltd. through school-enterprise co-construction，Jointly establish a laboratory。In student training、Education Mode、Actively explore internship and employment opportunities，Good results achieved。         

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The college currently has full-time faculty and staff95name, whereDeputy senior or aboveProfessional title25Human, IntermediateProfessional title26People, member of the Teaching Steering Committee of the Ministry of Education1person, famous teaching teacher at provincial level or above3People. 

Experimental conditions:    

Experimental Engineering Center of Institute of Intelligent Manufacturing and Control Technology，Intelligent manufacturing、Intelligent control、An engineering training base featuring three major professional groups in aviation applications，Total area covered4000More than square meters, experimental teaching equipment600More than one set, total assetsworth one thousand三More than one million yuan.

The main equipment of the Experimental Engineering Center includes: multi-axis CNC machining machine tools、NumberControlled machining center、Full-function CNC lathe、CNC wire cutting machine、Three coordinate measuring machine、Intelligent flexible manufacturing system、Intelligent Robot Application Experiment Training Platform、Smart Factory Training Base、CNC fault diagnosis and maintenance platformTaiwan、Advanced mechanical processing testing equipment such as electromechanical and hydraulic comprehensive test benches and handheld3DScanner, fixed4Mesh 3D scanner、Ring-shaped human body 3D scanning system、Light curing rapid prototyping machine、Desktop style3DPrinter and other three-dimensional digital manufacturing equipment.

The experimental center meets the teaching tasks at the same time，Focus on cultivating students’ innovative practical abilities。Guiding students in recent years to complete the processing of design works500Remaining items, subject competition winners260Remaining items, apply for patent40The remaining items, published papers80More articles, published experimental textbooks20Yu Ben. Cooperate with the completion of relevant scientific research and education reform projects40Item.

ExperimentTeachingThe center serves as the reverse engineering experiment of the Shaanxi Provincial Department of EducationTeachingDemonstration Center,Annual averageReceiving exchange visits from outside the school and social groups30remaining times,At the same time"Center"Actively carry out school-enterprise cooperation，Employment in students、Achievements transformation and other aspects have produced extensive social impact。 

   

                           

Achievements:  

Total in our hospital“Aircraft Manufacturing Engineering Major”、“ Mechanical design, manufacturing and automation major”Two provincial first-class undergraduate majors。Currently, these two majors are applying for national first-class undergraduate majors。

National and provincial education and teaching reform (key research) projects9items; national quality courses, national quality resource sharing courses3Gate; National Teaching Team2; Ministry of Education Industry-Academic Cooperation Collaborative Education Project6item; Shaanxi Provincial Teaching Team3Published in the National “Eleventh Five-Year Plan”、Twelfth Five-Year Plan Textbook12Ministry; Second Prize for National Teaching Achievements2items; Shaanxi Provincial Teaching (Teaching Materials) Achievement Special Award, First Prize5item; Shaanxi Province Quality Resource Sharing Course1Gate; Shaanxi Province Innovation and Entrepreneurship Pilot Department1; Shaanxi Province Innovation and Entrepreneurship Course2Gate; Shaanxi Province Automation Professional Talent Training Model Innovation Experimental Zone1items; third prize in the National Young Teacher Teaching Competition1item; first prize in Shaanxi Province Young Teacher Teaching Competition1item; college-level quality resource sharing course2Gate; first prize of the college-level teaching achievement award7First prize, second prize4item; undertaking provincial education reform scientific research projects13item; college-level education reform scientific research project24item; patent application95More than one item; published more than 100 papers.

Students have achieved excellent results in various subject competitions, recently3Won the National University Student Award“Challenge Cup”Technology Competition,“Internet+”College Student Innovation and Entrepreneurship Competition、National College Student Mathematical Modeling Competition、National College English Competition、National Aviation Model Open Competition、National College Student Mechanical Innovation Design Competition、National College Student Engineering Training Comprehensive Ability Competition、National College Student Advanced Graphics Technology and Product Information Modeling Innovation Competition、National College Student Information Technology Innovation Application Competition、Delta Cup College Automation Design Competition、National Comprehensive Skills Competition for Applied Talents、National 3D Digital Innovation Design Competition、National Machinery Industry Vocational Education Skills Competition and other national awards70Remaining items, provincial awards300Remainder. 

Employment and postgraduate entrance examination:    

In terms of undergraduate education, the college adheres to the principles of"Engineering Awareness、Engineering quality、Engineering practical ability and certain innovation ability” is the training concept。The postgraduate entrance examination rate is increasing year by year，There are even more outstanding students admitted to Xi’an Jiaotong University、Northwestern Polytechnical University、Xidian University、Civil Aviation University of China、Xi'an University of Posts and Telecommunications、Study in colleges and universities such as Civil Aviation Flight University of China。

In recent years, the average annual postgraduate entrance examination rate for students in our college isMore than 11%，The average annual admission rate is above 10%; the graduate employment rate is93%Above, employer satisfaction99%Above. 

School-enterprise cooperation:    

The college insists on integrating industry and education、School-enterprise cooperation improves the quality of talent training，Promote talents to strengthen enterprises，The quality of graduates has high social recognition。Worked with Beijing Jingdiao Technology Co., Ltd.、Suzhou Tianzhun Group、Zhongke Hangxing Technology Co., Ltd.、Shaanxi Aircraft Manufacturing Co., Ltd.、The Fourth Research Institute of China Aerospace Science and Technology Corporation、Xi’an Huahang Weishi Robot Co., Ltd.、Edward Three Coordinate Measurement Technology Co., Ltd.、AAC Technology, etc.50Many well-known domestic and foreign companies have established school-enterprise cooperation platforms，Provides a broad space for students’ practical training, internship and employment。

The college practices the connotative development of higher education，Deepen the integration of industry and education，Promote school-enterprise cooperation，Realizing school and industry、Enterprise、Job docking，Established in cooperation with enterprises"Order Class".

Has signed customized training agreements with three companies,Take“3+1”Cultivation Mode，Published by the enterprise、Students register independently、Interview, selection, etc.，According to the principle of two-way selection，Student、The school and the enterprise signed a tripartite agreement to establish classes。Open courses based on the knowledge and skills needs of enterprise product production，Select course teaching content according to job tasks。

At the same time, the company sets up scholarships and grants every year，Used to encourage and support students。Students trained in the order class can understand the corporate culture in advance，Familiar with the company’s production and operation status and future prospects，Strong social adaptability，Sign an employment contract directly after the internship period，Can quickly and seamlessly connect with the operation of the enterprise。 

   

   

Second Classroom:    

The college attaches great importance to quality education，Closely combined with the characteristics of contemporary college students，Solidly promote the construction of campus culture，Carry out colorful sports and drones、Robots and other technological innovation activities，Attracted the participation of many students，Enriching campus cultural life，Creating a strong campus cultural atmosphere，Promoted the comprehensive improvement of students’ comprehensive quality。

The college relies on provincial first-class majorsStrong teaching staff and conditions of "Aircraft Manufacturing Engineering Major",Yu2014Established in yearSchoolModel aircraft team。This is a team provided with funding and technical support by the college、A student-managed community organization。To improve students’ theoretical knowledge level、Practice as the goal，Inspire students’ innovative thinking，Broaden students’ horizons，It will be of great help to students’ future career development。approx.60%’s team member successfully obtained the drone pilot license，Represent the college to participate in air shows every year、Technical guidance and social welfareActivity10The remaining times. In the Ruikang Robot Developer Competition、National College Student Aircraft Design Innovation Competition、3D Innovation Design Competition、College Student Engineering Ability Training Competition、nauticalWe have achieved excellent results in the Model International Flight Challenge.

 

   

   

   

                

   

     

Professional direction: multi-axis CNC machining technology direction    

     

Introduction: Multi-axis CNC machining, that is, multi-coordinate linkage machining，High flexibility、High precision、Highly integrated multi-axis CNC machining technology solves the problem of precision in complex parts processing，Greatly shortens the processing and R&D cycle and improves the success rate of new products。Multi-axis CNC machining technology has become a modern aviation technology、Aerospace、Machinery Manufacturing、Mold、Car、Electronic、The main means of manufacturing complex products for light industry and other enterprises，This technology is one of the important core technologies to measure the level of a country’s manufacturing industry。

Main courses:Mechanical drawing, engineering mechanics, basics of mechanical manufacturing(Including materials)、Fundamentals of Fluid Mechanics and Thermodynamics、Mechanical Principle、Mechanical Design、Basics of Mechanical Control Engineering、Hydraulic and pneumatic technology、CNC machining technology and programming、Multi-axis CNC machining technology、Mechanical Manufacturing Technology、MCU and embedded systems、Mold design and manufacturing。

Employment prospects: Graduates have mastered the basic theories of mechanical design and manufacturing related disciplines、Based on professional knowledge and basic skills，Proficient in multi-axis CNC machining technology，Can engage in aviation、Aerospace、Mechanical、Light industry、Car、Operation of CNC equipment in electronics and other industries、CNC machining programming、Process Implementation、Installation and debugging、Maintenance Management、CNC equipment technical services and other work。

Positions include:Product Design Engineer、Product Structure Analysis Engineer、CNC Programming Technician、Management and maintenance personnel of CNC equipment、CNC product salesperson、Tester etc.。 

   

Professional direction: mechanical and electrical products4C system application (CAD/CAM/CAE/CAPP)    

     

Introduction:4CThe system is computer-aided design, manufacturing, analysis, process system，4CSystem applicationFor industrial production、Engineering Design、Machine Manufacturing、Technological progress and rapid development in many fields such as scientific research have had a huge impact。Now，It has become a factory、Enterprises and scientific research departments improve technological innovation capabilities、mentionliterProduct design level、Reduce consumption、Shorten product development cycle、An important means to significantly improve labor productivity。Cultivate mastery4CSystemApplying talents is a smooth realizationImportant m88 online bettingm88 online bettingsupport and guarantee for the transformation and upgrading of "Made in China".

Main courses:Mechanical drawing, engineering mechanics, basics of mechanical manufacturing(Including materials)、Mechanical Principle、Mechanical Design、Basics of Mechanical Control Engineering、Hydraulic and pneumatic technology、CAXTechnology and Application,CAM Software and applications,CAE Software and applications,CAPPSoftware and applications,Digital Design and Manufacturing、Reverse engineering technology。

Employment prospects: Graduates have mastered the basic theories of mechanical design and manufacturing related disciplines、Based on professional knowledge and basic skills，Proficient in computer-aided design, manufacturing, analysis, process systemApplication，Can engage in aviation、Aerospace、Mechanical、Light industry、Car、Design and manufacturing of electromechanical products in electronics and other industries、Process Implementation、Installation and debugging、Maintenance management, operation and sales, etc.。  

Positions include: Mechanical and electrical product design engineer、Mechanical and electrical product structure analysis engineer、Mechanical and electrical product manufacturing process preparer、Management and maintenance personnel of mechanical and electrical products、Salesperson、Testers and mechanical and electrical equipment modification technicians, etc.。 

   

Professional direction: intelligent manufacturing system design and integration direction    

   

 Introduction: The design and integration direction of intelligent manufacturing systems is based on adhering to mechanical manufacturing，Connecting Things to the Internet、Big data、Cloud computing、Artificial intelligence and other new generation information technology and advanced automation technology、Sensor Technology、Control Technology、Combining digital manufacturing technology，Make full use of itThe huge potential of the deep integration of "machine" and "electricity"，Continuously absorbing machinery、Electronic、Message、The latest achievements in materials and modern management，Apply it comprehensively to the entire manufacturing process，To achieve digitalization、Network、Intelligent Manufacturing。

Main courses: Introduction to intelligent manufacturing, basics of mechanical manufacturing(including materials)、Advanced Manufacturing Technology、CNC machining and programming、Industrial robot technology and applications、Additive manufacturing technology and applications、Intelligent manufacturing equipment and system design、Digital integration and simulation of intelligent production lines、Industrial Control and PLC、Industrial Internet of Things Technology、Artificial intelligence and its applications、Industrial big data and cloud computing、Sensors and intelligent detection technology、Control Engineering Fundamentals、Mechanical Design Basics、Microcomputer principles and microcontroller applications、Hydraulic and pneumatic technology。

Employment prospects: students after mastering intelligent manufacturing technology，Can be engaged in machinery、Light industry、Car、Electronic、Home appliances、Biomedical、Design and research and development of intelligent manufacturing related products in military industry and other industries and intelligent manufacturing equipment、Production line design、Install、Debugging and application work。Positions include: intelligent manufacturing engineering technicians、Intelligent manufacturing process engineer、Intelligent production line design engineer、Intelligent production line digital simulation engineer、Intelligent production line installation and adjustment engineer、Industrial Robot Integration Engineer、CNC Programming Technician、Product Design Engineer、Product structure analysis engineer, etc.。 

     

Professional direction: intelligent service and management direction    

     

Introduction: Service and management have become important components of intelligent manufacturing，Cultivate and master the entire process of business operations (i.e.: research and development、Design、Production、Sales、Management、Service) Talents with regular development，Breaking discipline barriers，Create an integrated smart manufacturing industry、Full process、Full-factor service system and management system，Highlight the characteristics of interdisciplinarity and synthesis，To solve the cost of business operation practice、Benefits、Quality issues，Push extensive management to lean、Intelligent management and optimization of services。

Main Course: Intelligent Production Planning Management、Industrial Intelligent Cloud Service、Intelligent logistics and supply chain management、Manufacturing system information security、Human Factors Engineering、Smart equipment fault diagnosis and maintenance、Lean production and management、Intelligent operation and health、Introduction to Intelligent Manufacturing、Industrial Control &PLC、Industrial Internet of Things Technology、Artificial intelligence and its applications、Industrial big data and cloud computing、Sensors and intelligent detection technology、Control Engineering Fundamentals、Mechanical Design Basics。

Employment prospects: after students master intelligent service and management technology，Can be engaged in corporate finance and cost management、Human Resources、Enterprise Organization Management、R&D and Design Management、Supply chain management of production factors and workshops、Control of factories and production lines、Maintenance、Fault diagnosis and maintenance work。Positions include: enterprise management positions、Technical after-sales service、Product Sales、Intelligent production line operation and maintenance engineer、Intelligent production line information management engineer, etc.。 

     

Professional direction:DronestructureDesign and manufacturing direction   

   

Introduction: The structural design and manufacturing direction of UAVs is mainly the structural design and manufacturing of multi-rotor UAVs，Considering both fixed-wing and ornithopter，Integrated mechanical design and manufacturing、Artificial intelligence and intelligent manufacturing technology，Continuously absorbing and manufacturing、Material、Craftsmanship、The latest achievements in electronic information and other aspects，Apply it to the UAV flying platform，Developing towards the design and manufacturing of unmanned aerial vehicle systems。

Main Course: Mechanical Drawing、Engineering Mechanics、Principles of flight and aerodynamics、Communication Principles and Navigation、Principle and structure of UAV、SCM principle and interface technology、Mechanical Design Basics、Basics of UAV structural design、Computer-aided design and manufacturing。

Employment prospects: after students master drone-related technologies，Can be engaged in UAV structural design、Mission mount design and manufacturing、Drone assembly、Testing and other related scientific research and R&D work，Can also be engaged in machinery、Jobs in industries such as electronics and software development; positions include: UAV structural engineer、Unmanned Aerial Vehicle System Engineer、Unmanned Test Engineer、Software engineers, etc.。

     

Professional direction:UAV intelligent control technology direction    

      

Introduction: The direction of UAV intelligent control technology is mainly multi-rotor unmanned control technology and applications，Combined with advanced sensor technology，Considering secondary development of UAV control system，Focus on the civilian field of drones，Make full use of the advantages of interdisciplinary and integrated disciplines，Solve thorny problems in production and life，Develop towards intelligent drones。

Main Course: Mechanical Drawing、Engineering Mechanics、Principles of flight and aerodynamics、Communication Principles and Navigation、Principle and structure of UAV、SCM principle and interface technology、UAV control technology、UAV power basics、Aircraft integrated control system。

Employment prospects: after students master drone-related technologies，Available at Film and Television Media Group、Geographical Information Department、Agriculture, forestry, plant protection, unmanned system R&D and manufacturing and other related enterprises and institutions，Engaged in drone flight operation、Surveying、Aerial photography、Plant Protection、Firefighting、Rescue、Emergency rescue、Application jobs in environmental monitoring and other fields; positions include: UAV aerial survey engineer、Drone pilot、Image processing engineer、Aerial photography engineer、UAV plant protection, etc.。 

   

Professional direction: Precision CNC machining direction of aviation complex structural parts    

   

Introduction: Aviation parts are made of materials that are difficult to process、High manufacturing precision、Complex working environment、Products are known for their long service life。Precision CNC machining of complex aviation structural partsCAD/CAM/CAE、CNC machining technology、CNC programming technology、Intelligent detection technology and m88 live casino and sports bettingm88 slot machine casinoother aspects are integrated into an organic whole，Guarantee product quality、Improve processing efficiency、Improve processing technology、Shorten the manufacturing process、Reduce production costs，Fully realize complex precision products in the aviation field such as blades、Integral blisk、Impeller、Receiver、High flexibility of complex parts such as gears、High precision、High integration、Highly efficient processing and inspection。

Main Course: Basics of Mechanical Design、Electrical and electronic technology、Basics of Machinery Manufacturing、Computer-aided design、CNC machining technology and programming、Multi-axis CNC machining technology、Aircraft structure and principle、Structural Finite Element Analysis、Aircraft sheet metal technology、Aircraft Assembly Technology、Reverse engineering technology, etc.。

Employment prospects: Students can engage in aerospace after graduation、As well as digital manufacturing of aircraft in fields such as mechanical material molding、Precision CNC programming of aerospace parts、Aircraft maintenance and repair，CNC equipment installation and commissioning、Technical services and engineering management work。Positions include: aviation precision machining and programming、Aircraft assembly and inspection、Product structure analysis、Aviation precision inspection, etc.。 

     

Professional direction: aviation composite materials application and manufacturing technology direction    

   

Introduction: Composite materials have become the successor to aluminum、Steel、After Titanium，One of the four rapidly developing aviation materials。Composites are lightweight、High intensity、High modulus、Advantages of structural and functional integration, design and manufacturing integration，Has been widely used in aerospace and other fields，And the amount of composite materials has become one of the important indicators for evaluating the performance of aerospace vehicles。Advanced Manufacturing Technology of Aerospace Composite Structural Parts，Mainly involvedCAD/CAM/CAE、Composite material molding process and product testing technology and other aspects，Capable of large sizes/High efficiency of complex-shaped composite structural parts、Low cost、High reliability、High stability manufacturing。

Main Course: Basics of Mechanical Design、Electrical and electronic technology、CNC machining technology and programming、Basics of Composite Material Structural Design、Composite material molding process and application、Composite material testing technology、Aircraft structure and principle、Structural Finite Element Analysis、Composite material assembly process, etc.。

Employment prospects: Students can engage in aerospace after graduation、Car、Production and manufacturing of composite structural parts in shipbuilding and other fields、CNC Technology and Programming、Aircraft maintenance and repair，Composite materials technical services and engineering management work。Positions include: composite material molding process、Repair and inspection of composite structural parts、Product structure analysis、Aircraft parts assembly、Aviation precision inspection, etc.。 

   

Professional direction: power system automation direction    

     

Introduction: This direction studies the measurement of power systems、Protect、Adjustment、Basic theory and technology of control，Research on the informatization of power system、Basic theories and technologies for the development of new technologies in automation and other power systems。Mainly related to power system relay protection、Power Grid Technology、New energy technology、Automation devices and other technologies and applications，Power system automation has become the main research direction in the field of electrical information。

Main courses:Basics of circuit analysis、Electrical Science、Automatic control principle、Power Electronics Technology、SCM principle and application、High Voltage Technology、Relay protection device、Electrical Control &PLC, sensors and intelligent detection technology, factory power supply。

Employment prospects:After graduation, students can work in national or local power grid enterprises、Power generation company、Power equipment production and manufacturing enterprises engaged in electrical design、Remote power supply、Power Grid Operation and Maintenance、Production management and sales management of the power generation process and power equipment manufacturing process。Positions include: Electrical Engineer、Industrial control engineer、Electrical and Mechanical Technician、Mechanical and electrical management personnel, etc.。 

   

Professional direction: new energy power generation    

     

Introduction:New energy is renewable energy，Their common characteristic is: low energy density、Inherent dispersion、Intermittent、Randomness。Therefore, their development and utilization are subject to certain restrictions，It is also technically difficult。But new energy is clean energy，Their development and utilization will not pollute the environment。Therefore，Vigorous development and utilization of new and renewable energy will be an important choice for future energy policies of all countries。This direction is oriented to the field of new energy power generation，Training people to engage in wind power generation、Solar energy application、Nuclear power、Operation of new energy power generation devices such as biomass power generation、Installation and maintenance work，And have high quality and ability to carry out partial technical transformation of new energy power generation equipmentApplication typeTalent.

Main Course: Basics of Circuit Analysis、Electrical Science、Automatic control principle、Power Electronics Technology、SCM principle and application、Relay protection device、Electrical Control &PLC、Sensors and intelligent detection technology、New energy and technology、Wind power plant electrical system、New energy power generation converter technology

Employment prospects: Students can work in wind energy after graduation、Solar energy、Enterprises and institutions engaged in technology research and development in the fields of biomass energy and other new energy sources and energy conservation and emission reduction、Engineering Design、New energy technology、Sales management and other related work。Also engaged in wind energy、Solar energy、Biomass energy、New energy development、Equipment manufacturing in environmental protection and other fields、Inspection and maintenance、Centralized control operation、Work in production, sales management, etc.。Positions include: Electrical Engineer、Sales Engineer、Electrical and Mechanical Technician、Electrical and mechanical technicians, etc.。

 

     

Professional direction:RobotSystemIntegrationand applicationDirection  

     

Introduction:Industrial robotApplicationMainly, taking into account service robotsandSystem integration of other special robots(Design) and Application，Combined with mechanical design、Electronic Technology、Embedded system、Artificial intelligence and other technologies，Continuously integrating institutional dynamics、Automatic control、Fieldbus, data communication, electronic informationetc.Aspects's new progress, applied in the field of robotic engineeringeachScene.

Main courses:Mechanical Design Basics、Engineering Mechanics、Basics of Electronic Technology、Automatic control principle、Robotic technology and applications、Robot Programming and Simulation、Servo motor and drive technology、Robot detection technology and sensors、Programmable controller and frequency converter system、Industrial robot system integration。

Employment prospects:After graduation, students can engage in robot testing in robot manufacturing companies、Installation and debugging、Pre-sales/After-sales support、R&D、Production management and other work; integrated development of robot system integration enterprises、Installation and debugging、Technical Support、Production management; or equipment debugging of robot application enterprises (institutions)、Detection、Operation and Operation Maintenance、Operation management and other work。Positions include: Robot Application Engineer、Robot system integration engineer、Robot Electrical Engineer、Robot Mechanical Engineer、Robot pre-sales engineer、Robot maintenance engineer, etc.。

 

Professional direction:RobotSportsControl direction            

Introduction：Industrial robot、Motion control of service robots and special robots is the main research goal，Combined machineryEngineering、Electrical engineering, control engineering,Electronic technology, etc.Technology, continuous integrationLinear and nonlinear control、TestWith sensing,Power Electronics、Motor and drive, signal processingetc.AspectsNew developments, applied toVarious typesRobotAccuracy of the running processControl.

Main courses:Mechanical Design Basics、Basics of Electronic Technology、Automatic control principle、Robot Programming and Simulation、Motion Control、Servo motor and drive technology、Robot detection technology and sensors、Pattern recognition and machine learning、Electromechanical transmission and control、Mobile robot positioning and navigation technology。

Employment prospects:After graduation, students can engage in robot testing in robot manufacturing companies、Installation and debugging、Pre-sales/After-sales support、R&D、Production management and other work; integrated development of robot system integration enterprises、Installation and debugging、Technical Support、Production management; or equipment debugging of robot application enterprises (institutions)、Detection、Operation and Operation Maintenance、Operation management and other work。Positions include: Robot Application Engineer、Robot system integration engineer、Robot Electrical Engineer、Robot Mechanical Engineer、Robot pre-sales engineer、Robot maintenance engineer, etc.。 

   

Professional direction: advanced manufacturing equipment intelligent control direction    

   

Introduction: Intelligent control of advanced manufacturing equipment enables enterprises to achieve high efficiency、High quality、The key link in low-cost production。This direction is guided by the technological development trends of the intelligent equipment industry and the needs of economic and social development，Intelligent sensing technology for intelligent equipment and systems、Intelligent control、Robotics and other industrial fields，Cultivating and mastering the basic theories of advanced manufacturing equipment、Expert knowledge、Engineering knowledge and professional skills，Able to manufacture smart equipment、Intelligent system integration and application、Intelligent control、Robot movement and other fields，Engaged in design and manufacturing、Technical Service、Operation Management、Usage maintenance and other work，High-quality application-oriented talents who can solve complex engineering problems。

Main Course: Basics of Circuit Analysis、Electronic Technology、Sensor principle and application、Automatic control principle、Electrical Control &PLC technology、SCM principle and application、Mechanical Design Basics、Hydraulic and pneumatic technology、Intelligent Manufacturing Engineering、Intelligent electromechanical equipment system design、Smart equipment fault diagnosis and maintenance, Intelligent equipment system design

Employment prospects: in equipment manufacturing、Intelligent detection、Robotics and other intelligent engineering fields，Engaged in the design and manufacturing of intelligent equipment、Technical Service、Operation Management、Usage and maintenance work。Positions include: intelligenceEquipmentTechnical application engineer, intelligenceEquipmentSystem designer, intelligenceEquipmentProduct Development Engineer、Intelligent production management engineer、Digital transformation engineer, etc.。

 

Professional direction: industrial robot direction

Industrial robots are an important type of intelligent equipment，Widely used in many fields，Including automobile manufacturing、Electronics Manufacturing、Metal processing、Food processing, etc.。Involving mechanical engineering、Electronic Engineering、Control Engineering、Computer Science、Knowledge in multiple subject areas such as artificial intelligence。This direction is oriented to the field of industrial robots，Cultivating and mastering the basic theories of industrial robot technology、Basic knowledge and basic skills，Industrial robot system design、Programming、Debug、Maintenance and Optimization，High-quality application-oriented talents with certain innovation ability and problem-solving ability。                                                                      

Main Course: Electronic Technology、Sensor principle and application、Automatic control principle、Electrical Control &PLC technology、SCM principle and application、Mechanical Design Basics、Hydraulic and pneumatic technology、Industrial robot offline programming and simulation、Industrial robot installation and debugging、Industrial robot system integration design

Employment prospects: After graduation, students can work in the field of industrial robots and related equipment manufacturing，Engaged in the design and manufacturing of robots and related electromechanical equipment、Technical Service、Operation Management、Usage and maintenance work。Positions include: system integration development engineer、Technical Support Engineer、Application Engineer、Installation Engineer、Debugging Engineer、Maintenance Engineer, etc.。