Discipline construction of Chongqing Automobile University

According to the characteristics of our institute and the needs of local economic development in Chongqing, the discipline direction is concise, which makes the discipline of vehicle engineering become a discipline with certain characteristics in our city, and also promotes the development of other disciplines in our institute, initially forming a good situation of coordinated development of discipline construction in our institute.

Main program:

First-class discipline: mechanical engineering (including vehicle engineering, mechanical design and theory, mechanical and electronic engineering, mechanical manufacturing and automation)

Management Science and Engineering

Professional Degree (Master of Engineering): Mechanical Engineering, Vehicle Engineering.

Key discipline of Chongqing's key construction: vehicle engineering

Bayu Scholar distinguished professor Post Discipline: Vehicle Engineering

Chongqing University of Technology Brand Discipline Construction Project: Vehicle Engineering

Chongqing University of Technology Key Discipline (Doctoral Program) Construction Project: Mechanical Engineering

Undergraduate major:

Vehicle Engineering (National Specialty)

Mechanical design, manufacturing and automation (Chongqing specialty)

industrial design

industrial engineering

Theory and applied mechanics

Automobile Service Engineering

thermal energy and power engineering

Ground Weapon Maneuvering Engineering —— Vehicle Engineering, a Municipal Key Discipline in Chongqing Universities

Vehicle Engineering was awarded 1998 as a key discipline of China Ordnance Industry Corporation (ministerial level), a key discipline of Chongqing during the Tenth Five-Year Plan in 2002 and a municipal key discipline of Chongqing universities during the Eleventh Five-Year Plan in 2006.

With the aim of serving the national automobile industry and local economic development, this discipline pays attention to the development and research of applied technology, highlighting the characteristics of production, learning and research, and has made important research progress in the detection technology of automobiles and motorcycles and their parts, the simulation test technology of automobile roads, the design and manufacturing analysis technology of bevel gears, the theory and system development of tooth profile error measurement and correction, the virtual test technology and dynamic simulation test, and the advanced design method and manufacturing technology of automobiles and motorcycles and their key parts, and the development technology of new continuously variable transmissions.

In the research of motorcycle key technologies, a lot of innovative achievements have been made in motorcycle road simulation test technology, virtual prototype technology, intelligent design, large-displacement motorcycle key technology, EFI motorcycle, engine airway optimization, electronic anti-lock braking system and driving acceleration slip adjustment, motorcycle CVT continuously variable transmission and so on. It fills the gaps in China in terms of motorcycle road simulation test specification, motorcycle ride comfort test specification, motorcycle development process based on virtual prototype, high performance and large displacement motorcycle engine test evaluation method, motorcycle cylinder head gas flow, motorcycle engine EFI technology and so on. The established motorcycle road simulation test platform, virtual prototype analysis and evaluation system and ride comfort test and evaluation system have been successfully applied to the development of new motorcycle products of Chongqing Longxin Group and Chongqing Construction Engineering Group, which has had a great impact in the industry, and has formed a domestic first-class motorcycle independent development system, making Chongqing a domestic motorcycle technology highland. It has greatly promoted the development of Chongqing motorcycle industry, and the related research results won the first prize of Chongqing scientific and technological progress in 2009.

In the research of automobile transmission system detection technology and the development of detection equipment, I mainly engage in the research of automobile parts detection technology theory, detection and evaluation methods, detection equipment, on-line detection technology of automobile parts, new sensors and so on. , developed vehicle testing equipment such as NVH test bench for transmission assembly, DCT automatic transmission performance test bench, automobile hybrid test bench and small chain durability test equipment, which have been used in Tsinghua University, South China University of Technology and other related universities and Changan Group. It has had a great influence in the industry, promoted the technical progress in the field of testing and testing in the automobile and motorcycle industries, and achieved remarkable social and economic benefits.

In the theory and method of designing and manufacturing key parts of automobile transmission, the new technology of designing, manufacturing and testing bevel gears has formed its own characteristics and advantages, and the software system of designing, manufacturing and analyzing bevel gears has been popularized and applied in more than 60 domestic enterprises. The bevel gear measurement and analysis system based on gear measurement center, which was developed in cooperation with Harbin Gauge Tool Group Company and Xi University of Technology, broke the monopoly of foreign technology and can replace similar foreign products. It has been applied by nearly 20 domestic enterprises and has a great influence in the industry. Its core technology "bevel gear measurement and analysis method and its software system" won the second prize of Chongqing Science and Technology Progress 20 10.

"Complete set of high-efficiency precision machining technology for bevel gears" has been supported by the national "863" plan. The developed YK2275 CNC gear milling machine, YK2075 CNC gear grinding machine, YK2950 CNC checking machine and YK2560 CNC gear grinding machine participated in the 2008 Beijing CNC Machine Tool Exhibition. In addition, the YKW2 1250 CNC gear shaper and YKW2075 CNC gear grinding machine for spiral bevel gears jointly declared by Tianjin No.1 Machine Tool Plant and other units have been approved for the project.

In CVT transmission, after more than ten years of research, Professor Cheng Naishi took the lead in mastering the key technology of CVT transmission metal belt design and manufacture in China, and China became the second country to master this key technology, and was at the international leading level in the design theory and method of conical disk curve bus. The developed CVT was tested in Geely Automobile Company and Zotye Automobile Company, and on this basis, EMCVT was invented, which passed the expert appraisal of China Machinery Industry Federation and was highly praised. Characteristic Specialty Construction of Vehicle Engineering Specialty in Ethnic Universities

The vehicle engineering specialty of Chongqing University of Technology has developed rapidly to meet the needs of the weapon industry's "military to civilian" and "two-vehicle development" and Chongqing's construction of "western automobile city" and "motorcycle capital of the world". After more than ten years' efforts, the vehicle engineering major of Chongqing University of Technology has become one of the important training bases for applied talents in Chongqing. 1996 heavy vehicle engineering institute was identified by the municipal government as one of the "three hospitals and two institutes" relying on the construction of "western automobile city"; 1998 vehicle engineering was rated as a ministerial key discipline of ordnance industry corporation; 1999 vehicle engineering was awarded as a key discipline in Chongqing; In 2002, the discipline of vehicle engineering was rated as the key discipline of Chongqing's "Tenth Five-Year Plan" key construction; In 2004, vehicle engineering was identified as the first batch of brand discipline construction projects by the school, and vehicle engineering specialty was rated as the brand specialty of the school; In May 2004, under the arrangement of Chongqing Municipal People's Government, Chongqing Automobile Institute was established on the basis of Vehicle Engineering Institute, which played an important supporting role in "Western Automobile City" and "Motorcycle Capital", and was established in February 65438. In 2007, the teaching team of vehicle engineering specialty was awarded the first batch of municipal teaching teams in Chongqing. In 2008, Vehicle Engineering was awarded as a national professional construction site.

Mechanical Design, Manufacturing and Automation Chongqing Characteristic Specialty Construction Platform

The specialty of mechanical design, manufacturing and automation in Chongqing University of Technology is the conception of CDIO higher engineering education, which takes the whole process of project conception, design, implementation and operation as the carrier, according to the training objectives and rules. Adopt the talent training mode of "Industry-University-Research combination" and "teaching system, content and method reform driven by technical project work process", and take the knowledge, ability and quality needs of talents in equipment manufacturing and auto parts industries as the training goal to optimize and integrate the professional groups in the industrial chain; Taking the whole process of project conception, design, implementation and operation as the main line of professional course group teaching, integrating the relevant contents of various professional directions in the organization of teaching content, and constructing the course system according to the knowledge, ability and quality requirements of equipment manufacturing industry and automobile and motorcycle parts industry; In terms of teaching methods, the main line of professional teaching is "completing technical projects of equipment manufacturing industry and automobile and motorcycle parts industry", which integrates theoretical teaching and practical teaching to promote teaching implementation. Strengthen the training and training of engineering design; Cooperate closely with Industry-University-Research and pay attention to the cultivation of students' practical ability and practical ability; Strengthen students' lifelong learning ability, team communication ability and background view of big projects. A teaching system, teaching contents and teaching methods driven by the working process of technical projects have been formed.

(1) Organize the teaching content system according to the requirements of talents who have completed technical projects.

(2) Teaching implementation is driven by the working process of technical projects.

(3) The training of "complete technical work" can realize the cultivation of engineering comprehensive ability and cooperation ability.

(4) Build a real working situation and accelerate the role change from students to technicians.

I. Construction objectives:

Adhere to the student-oriented development, combine with Industry-University-Research, and rely on the existing Chongqing Key Laboratory, Chongqing Engineering Technology Research Center and laboratories jointly built with enterprises to cultivate the basic theory and skills of modern mechanical engineering technology; Can be engaged in mechanical product design and manufacturing, electromechanical integration and automation application, scientific and technological development and application research, equipment management and sales. , is an application-oriented senior professional with strong practical ability and innovative spirit facing the front line of engineering. Build the mechanical design, manufacturing and automation specialty of Chongqing Institute of Technology into an advanced specialty in Chongqing; It has formed distinctive characteristics and obvious advantages in the fields of design and manufacturing theory, key technology and manufacturing technology of mechanical manufacturing equipment.

First, according to the needs of the development of machinery and equipment, automobile and motorcycle industry in Chongqing, improve the training mode of cooperative education in Industry-University-Research, optimize the training scheme, and pay attention to cultivating students' solid theoretical foundation, good engineering consciousness and innovative spirit.

Second, build a municipal teaching team. Improve the training system and practice mode of teachers' engineering ability, and cultivate a team of teachers with profound professional knowledge, good engineering background, outstanding research ability of applied technology, reasonable age structure and echelon and strong comprehensive strength.

Thirdly, optimize the course system of mechanical design, manufacturing and automation. Under the background of the development of modern design and manufacturing technology, we should emphasize design technology, manufacturing technology and automation technology, attach importance to the design of manufacturing technology and manufacturing equipment, and improve the training quality of applied senior professionals; Taking the construction of top-quality courses as the leader, we will improve the curriculum system of design, technology, mechanical equipment and its automation theory and technology.

Four, improve and strengthen the practical teaching system of mechanical design, manufacturing and automation professional training. According to the basic process of mechanical product development, further optimize the allocation of experimental teaching resources; Strengthen practical teaching links such as professional practice, curriculum design, graduation design, industry-university cooperation and extracurricular scientific and technological activities, and improve the systematization of training methods.

Five, summarize the achievements of teaching methods of mechanical design, manufacturing and automation specialty, and popularize them through meetings, mutual visits and academic exchanges, so as to provide reference for the reform and development of mechanical design, manufacturing and automation specialty.

Second, the construction plan

In order to achieve the construction goal, it is planned to strengthen the construction in personnel training, teaching staff, teaching conditions, curriculum and content, practical teaching and so on.

(a), personnel training plan

1, current situation

(1). In order to adapt to the development of Chongqing's equipment manufacturing and automobile industry, the professional personnel training program has been revised many times, and experts from relevant enterprises and research institutes have been invited to participate in major revisions. The plan takes students as the center and aims at cultivating engineering applied talents to realize the transformation of educational functions. Make students change from passive learning to active learning, form teacher-student interaction and solve engineering problems in the teaching process.

(2) According to the basic process of "principle scheme-technical design-manufacturing process-experimental evaluation-engineering management" of mechanical product development, the training ideas of engineering application-oriented talents are clarified, the teaching contents are integrated, the teaching syllabus is optimized, the practical teaching system is optimized, and the experimental teaching contents are integrated. It has formed the characteristics of "platform training, characteristic specialty construction, diversified service orientation and talent application ability" and achieved remarkable results in practice.

2. Construction plan

(1), further clarify the training ideas of engineering application-oriented senior professionals, optimize the teaching and practice content, and pay attention to the cultivation of learning ability, theoretical application ability, problem-finding ability, problem-solving ability and innovative spirit;

(2) further guide students to change from passive learning to active learning, and form a teaching process of teacher-student interaction, * * * and solving engineering and technical problems;

(3) Further strengthen the reform and practice of practical teaching, strengthen the construction of teaching practice base and Industry-University-Research base, effectively improve the quality of practical teaching, and promote the training of engineering application-oriented senior talents.

(2), teaching staff

1, current situation

(1), professional leader

Guo Xiaodong: Male, born in 196 1, professor, currently deputy director of the Key Laboratory of Automobile Parts Manufacturing and Testing Technology of the Ministry of Education. The main research direction is "intelligent manufacturing and detection technology of complex surfaces". He has successively undertaken key projects of Chongqing Science and Technology Commission: research on intelligent detection and analysis method and system of bevel gear transmission, research on CNC abrasive belt grinding method and engineering application of free-form surface, national natural science foundation project, bevel gear measurement and analysis method and software realization based on gear measurement center, 863 plan project, complete sets of equipment for high-efficiency and precision machining of automobile spiral bevel gears, etc. The project "Gear Transmission Computer Aided Engineering Software System" completed by the first person has been successfully applied to nearly 100 domestic automobile production enterprises and professional gear production enterprises with its advanced technology, perfect functions, accurate and reliable calculation results and friendly user interface, which has played an important role in improving China's level in this technical field. The "bevel gear measurement software system" developed by the first person has been applied in more than 30 domestic gear enterprises and achieved good results. YK2750 CNC spiral bevel gear milling machine and YK2560 CNC gear grinding machine developed in cooperation with Tianjin No.1 Machine Tool General Factory participated in 1 1 Beijing International Machine Tool Exhibition. 2MY55200-6CNC six-axis CNC blade abrasive belt grinder developed in cooperation with Chongqing Sanmo Haida Grinder Co., Ltd. has been successfully applied to the blade processing production line of Dongfang Steam Turbine Works. Won the first and second prizes for scientific and technological progress of the Ministry of Education ***3 items.

(2) the structure of the teaching staff

Professors and associate professors account for 71%; 84% have doctoral and master's degrees; 13 all young teachers under the age of 35 have master's degree or above. Teachers over 40 years old have profound professional knowledge, rich engineering experience and strong practical ability, which has laid an important foundation for the formation of professional advantages and characteristics;

Winner of special government allowance of the State Council 1 person, Chongqing "322" talent second-class talent 1 person; 2 young and middle-aged backbone teachers in colleges and universities in Chongqing; 1 school-level academic leaders; 3 school-level reserve discipline leaders; 2 school-level young backbone teachers; 4 returnees; Master tutor15;

(3) The proportion of professors and associate professors undertaking undergraduate teaching tasks is 100%, which is generally 2-3 main courses. In the teaching evaluation in the past three years, the proportion of excellent teachers is above 90%, and the students' teaching scores for teachers are above 90%.

(4) Scientific research and teaching research

In the past five years, professional teachers in our college have published 13 teaching and research papers, undertaken 12 teaching and research projects, and won 3 teaching achievement awards at or above the provincial and ministerial level; Among them, the National Teaching Achievement Award1;

Our professional teachers have completed 128 vertical and horizontal scientific research projects, including 23 scientific research projects above the provincial level and 8 scientific research awards above the provincial level. 43 patents were authorized, including 2 invention patents; The total number of published papers is 128, including 90 important journals and international conferences, and 15 articles are included in three major searches such as EI.

The frontier research projects under study include the first 5-axle vehicle steering system test-bed in China, high-power military snowmobile stepless transmission, automobile dual-clutch automatic transmission, zero-drive low-speed rotating functional parts design theory and technology research, etc.

2. Construction plan

(1), build a teaching team of mechanical manufacturing equipment design and a teaching team of numerical control technology at the university level1; Through introduction and training, combined with engineering application research, we will build a team of teachers with more reasonable research direction, age, education, professional title and structure and stronger overall comprehensive strength;

(2) Focus on introducing 1-2 leaders or academic backbones in the direction of hydraulic transmission and numerical control technology;

(3), hire 2-3 enterprise technical experts to strengthen scientific research on CNC equipment research and development, mechanical manufacturing technology research, etc. Perfecting and improving the ability of enterprise tutors to guide students' internship and graduation design in the cooperation between industry and university;

(4) Select young teachers to pursue doctoral degrees; Through the cooperation of Industry-University-Research, assign teachers to work part-time in enterprises, participate in product research and development process, and cultivate engineering application research ability;

(5) Further increase the proportion of engineering application research topics, strengthen teachers' engineering background, and improve students' ability to guide engineering practice and innovation.

(3) Teaching conditions

1, current situation

According to the requirements of engineering application-oriented talents training, the school attaches great importance to the construction of teachers, laboratories, courses, teaching materials, teaching methods and modern educational technology. Since 2002, the school has invested 8.76 million yuan in this major, which is 50% higher than other similar majors. From 2002 to 2007, the investment was 560,000, 890,000, 980,000, 654.38+0.6 million, 654.38+0.7 million, and 3 million yuan respectively, which achieved an annual increase.

At present, the laboratory area is 1.700 square meters, the main experimental equipment is 1.003 sets, and the equipment value is 1.896 million yuan. The school has the professional books 13 187 1, and has established stable practice bases in famous domestic enterprises such as Chongqing Chang 'an Group, Chongqing Dajiang Industrial Group, Chongqing Construction Engineering Group, Qijiang Gear Transmission Co., Ltd., Chongqing Longxin Group, Chongqing Machine Tool Group and China Yi Tuo Group Co., Ltd., which has laid a solid foundation for cultivating high-quality applied talents in this major.

2. Construction plan

(1), make full use of the input of provincial and municipal laboratories (centers), and the school invested 2.05 million yuan, which is mainly used for the construction of laboratories, courses, textbooks, books and teachers to improve and improve teaching conditions;

(2) Improve and strengthen the construction of production and learning bases to improve the teaching effect of engineering practice;

(4) Reform, construction and curriculum system reform.

1, current situation

(1), municipal 1 course (mechanical drawing); 2 school-level excellent courses (material mechanics, mechanical design); Three key courses at the school level (theoretical mechanics, mechanical principles, numerical control technology);

(2) Give priority to the national excellent textbooks and textbooks of 2 1 century, and the proportion of new textbooks published in the last three years is 70%; In addition, according to the needs of teaching reform in this major, 14 textbooks and monographs with disciplinary or professional characteristics have been compiled; 100% of classroom teaching adopts CAI and multimedia teaching methods;

(3) After years of exploration and practice, a relatively perfect teaching rules and regulations system has been established. The implementation of these systems has tightened the teaching order and ensured the teaching quality, and the teacher evaluation rate has reached over 90%.

(4) The experimental teaching system of "three platforms, one base, modularization and hierarchy" parallel to theoretical teaching is relatively independent and interrelated. The laboratory is open to students, which realizes the choice of time, teachers and experimental projects.

(5) Through Industry-University-Research's cooperation, we have established practice teaching bases with famous large enterprises such as Chongqing Changan Group, Qijiang Gear Transmission Co., Ltd., Chongqing Longxin Group, Chongqing Machine Tool Group, Chongqing Dajiang Industry Group, Chongqing Construction Engineering Group and China Yi Tuo Group Co., Ltd., and established a school-enterprise joint practice teaching guidance working committee and working group, which has improved the corresponding teaching quality monitoring and operation management mechanism;

(6) In teaching, pay attention to students' professional knowledge and cultivate engineering consciousness and innovative spirit.

Theoretical courses. The basic theory based on knowledge system has a relatively stable system, which should be strengthened when the total hours are reduced, but the tedious parts should be removed, the classical theory should be refined and the proportion of modern theory should be increased;

Technical courses. On the basis of mature and widely used technology, cultivate students' mechanical engineering application ability and innovative spirit. The curriculum system should be clear, with the theories and technologies of mechanical manufacturing technology and fixture design, mechanical manufacturing equipment design and modern design as the main body, and the experimental hands-on content should be strengthened, and the curriculum design of each stage should be strictly carried out to form practical working ability.

Elective course The main means to expand knowledge, cultivate students' comprehensive quality and supplement technical scope are to offer public elective courses, basic subject elective courses and professional elective courses;

(d) Pay attention to the knowledge structure of mechanical design, manufacturing and automation, highlight the backbone, and form the basic backbone of theoretical mechanics-material mechanics-mechanical drawing-mechanical principle-mechanical design, CAD/CAE technology-mechanical manufacturing technology. On this basis, the main courses such as mechanical manufacturing, mechatronics and mechanical design are formed.

(e) Make use of existing large-scale laser cutting machines, high-speed CNC milling machines, machining centers, three-coordinate scanners and various CNC machine tools to arrange comprehensive practice weeks for CNC machining; Carry out on-site teaching in combination with courses and scientific research projects.

2. Construction plan

(1), focusing on the design and manufacture of mechanical equipment and the manufacturing technology of automobiles and their parts, highlighting the application of digital technology in related fields. According to the engineering application research process of "principle scheme-technical design-manufacturing technology-experimental evaluation-engineering management", optimize the teaching content and textbook construction, and improve the engineering application-oriented professional curriculum system with mechanics series courses, mechanical design series courses, mechanical manufacturing series courses and electromechanical integration series courses as the main line;

(2) On the basis of the existing excellent courses, build 1 municipal excellent courses, 1 school-level excellent courses and 1 school-level key courses;

(3) Strengthen practical teaching. Further improve the quantity and quality of open experiments, increase the proportion of comprehensive, designed and innovative experiments, cultivate students in stages, modularity, multi-level and individuality, and effectively strengthen the cultivation of students' practical ability, problem analysis and problem solving ability and innovative spirit; Further strengthen the construction of off-campus practice teaching base, the construction of off-campus practice guidance teachers and technical cooperation between factories and schools, so as to provide operable entry mechanism and conditions for students to enter engineering application research. Improve the practice teaching link of school-enterprise cooperation, make full use of the resources of local enterprises, and realize the coupling of educational functions between universities and enterprises under the common interests of cultivating applied talents;

(4) Increase the opportunities for students to participate in teachers' engineering research projects, expand the proportion of teachers' research projects as graduation design topics, and let more students go through the processes of consulting domestic and foreign literature, making plans, technical design, parts procurement, manufacturing, debugging, thesis writing, patent application, etc., so as to cultivate students' engineering awareness and innovative spirit and improve their engineering application ability;

(5) Strengthen the construction of excellent courses. Focus on the construction of five courses in this major: mechanical manufacturing technology, numerical control technology, mechanical manufacturing equipment design, mechanical CAD/CAE, fluid transmission and control. Conduct in-depth research and practice on its teaching content, teaching conditions, teaching methods and teaching means;

(6) Make full use of modern teaching methods. Improve the modern teaching methods with multimedia and digitalization as the core, and further improve the teaching effect. Teachers are encouraged to develop multimedia courseware, and the courseware update is institutionalized.

(5), personnel training quality and social reputation.

1, current situation

(1), the students of this major have a solid basic theory, strong basic work skills and innovative consciousness, and a high level of foreign language. The pass rate of CET-4 is 87%, and I can skillfully use foreign documents. The vast majority of students have a high level of basic computer application, can skillfully operate computers and use the Internet, and have learned many mainstream technical software such as UG, CATIA, PRO-E, ANSYS and MASTERCAM. , and achieved excellent results in the computer grade examination, and the second-level pass rate of the last four students reached over 90%.

(2) This major attaches great importance to the cultivation of students' innovative spirit and practical ability. In recent years, six students have won excellent graduation designs (papers) at the municipal level, and 17 students have won excellent graduation designs (papers) at the school level.

(3) Students of this major actively participate in all kinds of competitions and scientific and technological activities at all levels. At school, students participated in various competitions at the provincial level and above, and won 29 awards, including 1 national first prize, 3 national second prizes and 3 Chongqing first prizes.

(4) In recent three years, students have completed more than 0/00 extracurricular science and technology projects/KLOC, and participated in more than 200 enterprise science and technology projects; Students published 8 papers in various sci-tech journals nationwide; Students obtained 2 national invention patents, 36 utility model patents and 5 invention patent applications through graduation design and extracurricular scientific and technological activities;

(5) Graduates of this major are widely welcomed by employers, and the employment rate of large enterprises is over 60%. Job fairs organized by the school have been in short supply for many years, and the supply-demand ratio of job fairs is1:3.7;

(6) The average one-time employment rate of graduates in recent four years is 95.2%; The average admission rate of postgraduate students is 22.3%; The average bachelor's degree rate is 90.7%. In recent three years, the satisfaction rate of social satisfaction questionnaire survey for graduates of this major was 9 1.3%, 89.7% and 92.4% respectively.

(7) A large number of outstanding graduates of this major have brought a good social reputation to the school and this major and won the trust of candidates and parents. Taking Chongqing Shengyuan as an example, the proportion of freshmen taking this major as their first choice in 2006 and 2007 was 260/296, 272/365 and 438+07, respectively, and the admission score was 0/5 higher than the shift line, ranking first among similar majors in the same batch in the city.

(8) The application-oriented talent training mode of "Construction and Practice of Application-oriented Talent Training Mode in Local Engineering Colleges" and the method of "Undergraduate Graduation Design Teaching with Invention and Creation as Training Goal" proposed by this major have been popularized in some colleges and universities. In the past three years, it has received 1 1 batch of college and enterprise personnel to study, which has been recognized by many brother colleges, especially local colleges.

2. Construction plan

(1), according to the needs of social development and personnel training, further plan the key direction of teachers' scientific research, and emphasize the transformation of teachers' scientific research into engineering application technology. One is to solve the problem of superiority from the teaching source and provide students with a platform for engineering application technology;

(2) increase students' motivation to participate in extracurricular scientific and technological activities, strengthen the guidance of graduation design topics and design ability, encourage students to participate in engineering application innovation activities such as engineering equipment development, invention and innovation, patent application, and further expand the scope of engineering application for students;

(3) Strengthen the research on the quality of personnel training in Industry-University-Research cooperation and production-learning bases, and study the training methods to improve students' engineering application ability and expand the social influence of this major through enterprises' participation in the formulation of personnel training programs and various seminars on personnel training methods.

Third, the construction results

(A), the construction of a reasonable structure, strong teaching staff.

1. Introduction: Introduce 1 ~ 4 talents with high academic qualifications and titles from universities; Introduce 1 ~ 2 technical experts with engineering background from relevant scientific research institutes, design institutes and enterprises;

2. Training: Encourage teachers to go out to study for a degree around the direction of professional research, and entrust the training of two doctors; 8 young teachers who participate in horizontal cooperation (or part-time); 1 young teacher to study abroad;

3. Build 1 municipal (or school-level) teaching team.

(B), improve the construction of professional practice base

Focusing on the Key Laboratory of Automobile Parts Manufacturing and Testing Technology of the Ministry of Education and Chongqing Key Laboratory of Automobile Parts and Testing Technology, we will further improve the engineering technology experimental base. Provide a teaching practice platform for students and teachers. At the same time, cooperate with enterprises to develop 1-2 practice base.

(C), teaching research and teaching reform

1, completed or established 5 teaching and scientific research projects, of which 1-2 were awarded by the Ministry and municipal level; Publicly publish 15 teaching and research articles; Complete the innovation system construction and pilot work of "scheme-patent introduction teaching";

2. Build 1 municipal excellent courses, 1 school-level excellent courses and 1 school-level key courses;

3. There are 1 structural design experiments and equipment development experiments.

(4) Students' engineering consciousness and innovative spirit.

Students published papers 10, authorized 30 patents, and won 5 awards at or above the municipal level; 5 municipal excellent graduation projects (papers), school level10;

The number of students who actually participated in product development, equipment development and other engineering projects reached 400.

(5), science and technology research

Complete provincial and ministerial scientific research projects 10 (including project initiation); Published 60 high-level scientific research papers; Apply for 35 patents; Obtained 2-3 scientific research achievements at or above the provincial and ministerial level.