The College of Mechanical Engineering and Automation has a faculty of 100, including 4 doctoral supervisors, 6 professors 16 and 33 associate professors. It has "Sichuan Key Discipline of Mechanical and Electronic Engineering" and "Sichuan Key Laboratory of Manufacturing and Automation". There are six undergraduate majors: mechanical design and manufacturing and automation, mechanical and electronic engineering, automation, industrial engineering, packaging engineering and industrial design; He has a master's degree in mechanical engineering and four master's degrees in mechanical manufacturing and automation, mechanical and electronic engineering, mechanical design and theory, measurement technology and instruments. Have the right to award a master's degree in mechanical engineering. There are more than 800 undergraduates/KLOC-0, and 2 postgraduates10. In recent years, it has undertaken and completed a number of national and provincial key projects such as the National 863 Plan, the Eighth Five-Year Plan, the Ninth Five-Year Plan, the Tenth Five-Year Plan and the National Natural Science Foundation, and published more than 40 monographs and teaching materials and more than 600 academic papers.
The college has trained and delivered a large number of outstanding senior engineering and technical talents and management talents for machinery, transportation, energy, electronic information, aerospace, national defense, light industry, medicine, packaging, environmental protection and other industries. In the past five years, the employment rate of undergraduate graduates in our college reached 90% before graduation; Master graduates achieve 100% employment.
Mechanical design, manufacturing and automation specialty
Training objectives: to master the mechanical design and manufacturing foundation, advanced manufacturing technology, computer and microelectronics application technology, and engage in design, manufacturing and R&D in the field of mechanical engineering. Divided into four professional directions.
Manufacturing engineering: master modern manufacturing technology theory and advanced manufacturing technology, and organize the processing of products and equipment.
Digital product design: innovative product development and design by using modern design methods and computer network collaborative design technology.
Mold CAD/CAM: Based on computer-aided design and manufacturing technology, mold design and manufacturing are carried out.
Automobile manufacturing: master the theory of automobile design and manufacturing, and engage in automobile manufacturing and development related work.
Basic courses: engineering graphics A, engineering mechanics A, engineering materials, electrical and electronic technology, mechanical design A, mechanical manufacturing, microcomputer principle and interface technology, VC++, mechanical CAD/CAM, electromechanical control theory and application, testing technology, hydraulic and pneumatic transmission, electromechanical automatic control, numerical control technology and network technology.
Employment scope: enterprises and institutions, scientific research institutes, military units and schools in machinery, transportation, energy, electronic information, food, medicine and environmental protection industries.
automation
Training goal: to master control theory, electrical and electronic technology, machinery, computer network and other technologies, and to engage in system analysis, design and operation in the fields of industrial process control, detection and automation instruments. Divided into two professional directions
Industrial measurement and control technology: have the basic quality of automation engineer, master computer interface, software design and network technology, and focus on the application of computer technology in industrial measurement and control.
Intelligent instruments and meters: have the basic quality of automation engineer, master computer interface, software design and network technology, and use intelligent instruments and meters to monitor the production process.
Main public courses: computer network, VC++, microcomputer principle and application, electrician foundation, analog electronic technology, digital electronic technology, power electronic technology, automatic control principle, intelligent control, signal analysis and processing, signal detection and conversion, mechanical foundation, manufacturing technology and equipment, hydraulic and pneumatic transmission.
Employment scope: machinery, transportation, energy, food, medicine, environmental protection, instrumentation, medical equipment, household appliances, building automation, IT and other companies, enterprises, research institutes, institutions, military units, schools and other related industries.
industrial engineering
Training objectives: master modern engineering management theory and mechanical engineering technology, comprehensively optimize manpower, material resources, technology and information, and organize and plan the implementation of compound engineering management talents. Divided into two professional directions.
Production system engineering: engaged in work design, organization design and maintenance, quality management and reliability design of production systems; Make production plans, work standards and operating procedures.
Logistics engineering: engaged in the planning and design of logistics, commerce, service and management systems; Planning and design of economic regional development.
Main courses: operational research, system engineering, introduction to industrial engineering, mechanical engineering foundation, mechanical manufacturing foundation, applied statistics, data structure and database, management, accounting, human factors engineering, management information system, production planning and control, facility planning and logistics analysis, quality management and reliability, advanced manufacturing system, safety engineering and environmental protection.
Employment scope: manufacturing, construction, transportation, post and telecommunications, farm management, schools, military units, government departments and intermediaries engaged in planning, design and management.
Packaging engineering
Training goal: to master the basic theory of packaging, the principles and methods of packaging design, packaging equipment, packaging art design and other knowledge, and to engage in the design and manufacture of packaging systems, packaging materials and technical research. Divided into two professional directions.
Packaging design and manufacturing: relying on computer collaborative manufacturing technology, packaging and other light industrial machinery development and manufacturing.
Packaging CAD: Using computer technology, packaging structure, modeling, decoration design and appearance design.
Main public courses: packaging materials, mechanical principles, packaging technology, packaging dynamics, packaging inspection, packaging structure design, packaging decoration and modeling design, computer-aided design, art design.
Employment scope: Companies and enterprises in light industrial machinery, IT, communication, food, medicine, transportation, chemical industry, printing, instrumentation, commerce, trade and other industries are engaged in packaging design and corporate image planning.
Mechanical and electrical engineering
Training goal: master the integration technology of machinery, liquid and electricity, and engage in the development, design and maintenance of electromechanical integration technology and equipment.
Basic courses: engineering graphics B, engineering mechanics B, engineering materials, electrical technology, analog circuit, digital circuit, mechanical design B, mechanical manufacturing foundation, microcomputer principle and interface technology, VC++, mechanical CAD/CAM, electromechanical control theory and application, testing technology, hydraulic and pneumatic transmission, electromechanical automatic control, numerical control technology and network technology.
Employment scope: enterprises and institutions, scientific research institutes, military units and schools in machinery, transportation, energy, electronic information, food, medicine and environmental protection industries.
industrial design
Training goal: senior engineering and technical personnel with basic theoretical knowledge and application ability of industrial design and mechanical engineering, engaged in industrial product modeling design, visual communication design, ergonomics design and environmental design.
Main public courses: mechanics, electrotechnics, mechanical foundation, computer principle and application, VC++, design morphology, arts and crafts, modeling design foundation, ergonomics, three-dimensional solid modeling of products, graphic design and artistic modeling.
Employment scope: manufacturing, construction, transportation, post and telecommunications, farm management, schools, military units, government departments and intermediaries engaged in planning, design and management.