This major includes the following six directions: mechanical manufacturing and automation, mechanical and electronic engineering, mechanical design and automation, electromechanical transmission and control, automotive application engineering, and electromechanical information engineering.
1, mechanical design, manufacturing and automation (direction of mechanical manufacturing and automation)
Training objective: In the direction of mechanical manufacturing and automation, cultivate high-quality engineering and technical personnel with the foundation of natural science, humanities and social sciences and engineering technology, basic knowledge and application ability of mechanical design and manufacturing, and be able to engage in design and manufacturing, applied research, scientific and technological development and technical and economic management in the field of mechanical engineering. Graduates of this major receive systematic study of basic theories and professional knowledge, as well as strong training of engineering practice and research ability. Able to manufacture mechanical and electrical products, design fixtures, measuring tools and manufacturing equipment, detect and control product quality and performance, organize and manage manufacturing systems, and research and apply new technologies and products.
Main courses: compulsory courses, computer application courses, basic courses of related technologies and mechanical principles, mechanical design, electrical and electronic technology, control engineering, interchangeability and measurement technology, testing technology, microcomputer principle and interface technology, electrical control of machine tools, metal cutting principles and tools, metal cutting machine tools, mechanical manufacturing technology, hydraulic transmission, enterprise management, advanced manufacturing technology series, technical and economic management series, etc. Elective courses include: machining process automation, numerical control technology, modular machine tool design, CAD/CAM, special machining, etc.
Employment orientation: I can engage in product design, manufacturing, R&D and production organization and management in the manufacturing field, product design, manufacturing and R&D in scientific research institutes, teaching in colleges and universities, and technical management and administrative management in enterprises and institutions.
Length of study: four years Degree awarded: Bachelor of Engineering.
2, mechanical design, manufacturing and automation (mechanical and electronic engineering direction)
Training objective: to train senior engineering and technical personnel engaged in the research, design and application of modern manufacturing equipment (CNC machine tools and CNC machining centers) and electromechanical integration products and systems. Students should have basic theories, professional knowledge and skills in the fields of machinery, electronics, electricity, computer and automatic control, have the comprehensive application ability of mechanical, electrical and liquid professional knowledge, and have the ability to carry out modern manufacturing and production.
Main courses: theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrical and electronic technology, microcomputer principle and interface technology, engineering materials, material forming foundation, mechanical manufacturing foundation, mechanical engineering control foundation, pneumatic and hydraulic transmission and control, numerical control technology, electromechanical integration system design, debugging and maintenance of CNC machine tools, programmable controller principle and application, CAD/CAM, industrial robot, programmable controller principle and programming, sensor principle and application.
Employment direction: engaged in the design, manufacture and research and development of mechatronics products and systems;
Engaged in modern manufacturing technology, that is, the design, programming, manufacturing, maintenance and development of CNC machine tools and machining centers; Engaged in the research, development, management and maintenance of factory equipment, production lines and automatic lines; Engaged in technical and administrative management in party and government organs, institutions and troops.
Length of study: four years Degree awarded: Bachelor of Engineering.
3, mechanical design and manufacturing and automation (mechanical design and automation direction)
Training objectives: This major trains high-quality senior technical personnel in the fields of mechanical design, manufacturing, scientific and technological development and application research, operation management and sales in the automation field to meet the needs of socialist modernization in the 2/KLOC-0 century. Students in this major mainly study the basic theory and application technology of mechanical design, manufacturing and automation, learn the basic knowledge of microelectronics, computer technology and information processing technology, learn the knowledge of economic analysis, marketing and management, and receive the basic training of modern mechanical engineers, so that they have the basic ability of mechanical product design, manufacturing and equipment control, production organization and management, scientific and technological development and application research.
Main courses: theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrician and electronic technology, microcomputer principle and interface technology, engineering materials, material forming foundation, mechanical manufacturing foundation, mechanical engineering control foundation, hydraulic transmission, engineering fluid mechanics, engineering machinery, mechanical design, mechanical optimization design, mechanical innovation design, CAD/CAM and reliability design, management science foundation, etc.
Employment orientation: I can work in manufacturing enterprises such as mechanical and electrical products, automobiles, molds and construction machinery. , you can do equipment operation management in mechatronics equipment users, and you can also do management work in scientific research units and government departments.
Length of study: four years Degree awarded: Bachelor of Engineering.
4, mechanical design and manufacture and automation (electromechanical transmission and control direction)
Training objectives: This major trains senior engineering and technical personnel with basic knowledge and application ability of mechanical design and manufacturing, who can engage in the design, manufacturing, scientific and technological development, applied research, operation management and sales of mechanical products in the front line of industrial production. This major also trains senior engineering and technical personnel engaged in the design and manufacture of various construction machinery and other machinery, hydraulic component design, scientific and technological development, applied research, operation and experiment. Students in this major can apply basic theories and methods related to engineering mechanics, mechanics, mechanical design and hydraulic transmission. Design and research new construction machinery, transform existing equipment and various construction machinery, and have basic knowledge of the manufacture, use and maintenance of hydraulic components. Students in this major mainly study the basic theory of mechanical design, manufacturing and automation, learn the basic knowledge of microelectronics, computer technology and information processing technology, receive the basic training of modern mechanical engineers, and have the basic ability of mechanical product design, manufacturing, equipment control and production organization and management.
Main courses: theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrician and electronic technology, microcomputer principle and interface technology, engineering materials, material forming foundation, mechanical manufacturing foundation, mechanical engineering control foundation, fluid mechanics, electromechanical transmission and control, hydraulic transmission, hydraulic control system, electromechanical integration principle and control, pneumatic transmission and control, mechanical optimization design, CAD/CAM and management science foundation.
Employment orientation: I can be engaged in the design, manufacture and research and development of mechanical products in all walks of life, and I can also be engaged in technical management, teaching and scientific research in enterprises, institutions and scientific research units.
Length of study: four years Degree awarded: Bachelor of Engineering.
5. Major in mechanical design, manufacturing and automation (vehicle engineering direction)
Training objectives: After four years of basic theoretical knowledge, professional theoretical study and professional skills training, graduates of this major have strong professional theoretical knowledge and practical ability, and can better master the knowledge of automobile design, manufacturing and maintenance, transportation management and so on.
Main courses: compulsory courses, mechanical design foundation, mechanical manufacturing foundation, electrical and electronic technology, mechanical manufacturing foundation, automobile CAD, mechanical engineering control foundation, engineering vibration and testing technology, automobile structure, automobile electrical appliances, automobile theory, automobile transportation management, automobile manufacturing technology, automobile design, automobile maintenance principle, etc. Practice links include automobile air conditioning and electronic circuit system maintenance.
Employment orientation: this major attaches great importance to the better combination of theory and practice, and graduates have high-quality talents with strong professional knowledge, high technical level, strong practical ability and solid foundation. Can be engaged in modern automobile design, manufacturing and other related enterprises and automobile sales, maintenance, after-sales and other industries, but also engaged in enterprise management and other work.
Length of study: four years Degree awarded: Bachelor of Engineering.
6, mechanical design and manufacturing and automation (mechanical and electrical information engineering direction)
Training objectives: This major aims to train senior engineering and technical personnel with basic knowledge and application ability of electromechanical information engineering. Students mainly study the theoretical basis of mechanical design, manufacturing and automation, computer application technology, enterprise information technology and other professional knowledge, accept the ability training of enterprise information system development and application, systematically master the skills of enterprise information system technology development and application management, and understand the technological frontier and development trend of enterprise information system. Cultivate students' all-round development in morality, intelligence, physique and beauty, integrate theory with practice and strengthen application practice. Through experimental teaching, curriculum design, graduation design and other practical activities, students have a higher theoretical level, innovative consciousness and practical ability, and have the ability to engage in information system technology development and application management in enterprises and institutions.
Main courses: mechanical design technology foundation, mechanical manufacturing technology foundation, professional English, software engineering foundation, advanced manufacturing technology, computer network technology foundation, decision support system foundation, electronic commerce foundation, CAD/CAM technology foundation, modern enterprise management, object-oriented programming technology (Java+ASP), database technology foundation (SQL Server 2000+Delphi), PDM technology and its application, information management system, ERP system and its application.
Employment orientation: information system technology development and application management of enterprises, institutions and government departments; The IT industry is engaged in information management consulting, system design, product research and development, and project implementation; Technical management, teaching and scientific research in enterprises, institutions and scientific research units.
Length of study: four years Degree awarded: Bachelor of Engineering.
There are two major directions for science and engineering majors in material forming and control engineering, namely, the direction of mold design and manufacturing; Direction of casting engineering.
1, material forming and control engineering (mold design and manufacturing direction)
Training objectives: This major trains senior engineering and technical personnel with high comprehensive quality, innovative spirit and strong practical ability who are engaged in design and manufacturing, scientific and technological development and technical and economic operation management in the field of material molding and control. Graduates of this major should have a solid foundation in natural science, humanities and social sciences and engineering technology, and have strong computer application ability and comprehensive foreign language application ability after training in engineering practice and research ability. Master the theoretical knowledge of this major systematically, understand the frontier of science and technology of this major, and have the basic ability to engage in the design, manufacturing, scientific and technological development and production organization and management of this major. Systematically master the basic principles, methods, technologies and equipment of material forming process, especially the design and manufacturing methods of various forming dies.
Main courses: basic course, mechanical course, mechanical engineering course, electronic and electrical course, detection and automatic control course, computer course, metallurgical transmission principle of material forming, metal plastic forming principle, plastic forming technology and mold design, stamping technology and mold design, die casting technology and mold design, die forging technology and mold design, mold manufacturing technology and equipment, mold CAD/CAM, mold material and life, modern
Employment orientation: I can engage in design and manufacturing, production and operation management, new product development and other work in various industries (such as machinery, metallurgy, light industry, chemical industry, automobile and household appliances), and I can also engage in teaching, research and management in scientific research institutes, universities and government agencies.
Length of study: four years Degree awarded: Bachelor of Engineering.
2, material forming and control engineering (casting engineering direction)
Training objectives: This major trains senior engineering and technical personnel with high comprehensive quality, innovative spirit and strong practical ability who are engaged in design and manufacturing, scientific and technological development and technical and economic operation management in the field of material molding and control. Graduates of this major should have a solid foundation in natural science, humanities and social sciences and engineering technology, and have strong computer application ability and comprehensive foreign language application ability after training in engineering practice and research ability. Master the theoretical knowledge of this major systematically, understand the frontier of science and technology of this major, and have the basic ability to engage in the design, manufacturing, scientific and technological development and production organization and management of this major. Systematically master the basic principles, methods, processes and equipment of material forming process, especially the design and manufacturing methods of various casting processes and equipment.
Main courses: basic course, mechanical course, mechanical engineering course, electronic and electrical course, test and automatic control course, computer course, metallurgical transmission principle of material forming, melting principle of casting alloy, casting alloy and melting, material forming principle, casting technology, casting mechanization, special casting, material forming CAD/CAM, die-casting mold design, computer simulation and simulation of casting process, and material analysis method.
Employment orientation: I can engage in design and manufacturing, production and operation management, new product development and other work in various industries (such as machinery, metallurgy, light industry, chemical industry, automobile and household appliances), and I can also engage in teaching, research and management in scientific research institutes, universities and government agencies.
Length of study: four years. Awarded Degree: Bachelor of Engineering Training Objective: To cultivate compound senior professionals with solid engineering technology foundation, mastering modern management engineering and system engineering theory and methods, skillfully applying industrial engineering technology and computer technology to plan, design and evaluate enterprise production, and having innovative ability. It can optimize the design and management of integrated manufacturing system composed of people, resource flow, energy flow and information flow.
Main courses: management principles, operational research, system engineering, enterprise management, engineering economics, electrician and electronic technology, system simulation and optimization, mechanical engineering, database and data structure, equipment planning and logistics analysis, management information system, quality control and demonstration, ergonomics, modern marketing, e-commerce system design, mechanical engineering CAD/CAM, production planning and control, industrial engineering, etc.
Employment orientation: I can engage in project design, production planning, manufacturing engineering, quality control, information management and so on. Suitable for large and medium-sized modern production enterprises to engage in technical and management work. At the same time, I can also work in transportation, logistics engineering, financial system, service system, production enterprises, scientific research institutes, military and government agencies.
Length of study: four years. Degree Awarded: Bachelor of Engineering Training Objective: This major aims to train senior engineering and technical personnel with knowledge of structural principle, performance design and research, use management and related biology of agricultural machinery and its automation equipment, who can be engaged in agricultural machinery design, mechanized planning and management, teaching and research, marketing and service of agricultural machinery design, and mechanized production management and service departments.
Main courses: advanced mathematics, college physics, engineering mechanics, descriptive geometry and CAD foundation, mechanical principle, mechanical design, mechanical manufacturing foundation, electrician and electronics, computer application foundation, computer software foundation, computer hardware foundation, fluid rotation and control, modern design and manufacturing foundation, electric power and drag foundation, modern test foundation, automobile and tractor science, numerical control technology and numerical control machine tools, agricultural and sideline products processing machinery, agricultural mechanics, agricultural engineering introduction.
Employment orientation: graduates of this major can engage in the design, manufacture and research and development of mechanical products in all walks of life, which is suitable for the technical and management work of large and medium-sized modern production enterprises. It is suitable for the organization and management of agricultural machinery production, the development, design, manufacture and modification of agricultural machinery products and related electromechanical products, applied research and equipment control, agricultural machinery teaching and personnel training.
Length of study: four years. Awarded Degree: Bachelor of Engineering Training Objective: This major trains senior professionals who meet the needs of market economy, develop morally, intellectually, physically and aesthetically, master the basic knowledge and skills of industrial design, have new design concepts, have strong innovative design ability in product development, and have creative ability, aesthetic ability, practical ability and overall design planning and organization ability.
Main courses: engineering structure sketch, color, graphic semantics, design composition, introduction to industrial design, expression techniques, design thinking and methods, ergonomics, introduction to architecture, molding materials and technology, computer-aided design, enterprise planning and design, environmental art design, etc.
Employment orientation: Graduates of this major can engage in research and development, modeling design, teaching, scientific research and management of industrial products in enterprises, universities and research institutes, and also engage in environmental design in decoration enterprises.
Length of study: four years. Degree awarded: bachelor of engineering orientation, characteristics and employment;
Facing the new pattern of the development of the world automobile industry and the present situation of the development of cutting-edge products, the vehicle engineering major applies the theoretical and technical research results of automobiles and their parts at home and abroad from a multidisciplinary perspective and an international perspective to cultivate innovative and applied engineering and technical talents with solid basic knowledge and application ability of automobile design and manufacturing, as well as those who can engage in design and manufacturing, product development, applied research, teaching and training, operation management and sales services in the front line of the automobile and its parts industry.
In education and teaching, this major constantly renews educational ideas, pays attention to the reform of education and teaching mode, reforms teaching methods and educational evaluation, emphasizes the combination of teaching and discussion, emphasizes the combination of teaching and scientific research, strengthens the combination of school and enterprise, pays attention to international competition based on future development, and is committed to cultivating students' innovative and entrepreneurial spirit and innovative and entrepreneurial ability.
1, with emancipating the mind, reform and innovation as the driving force, to cultivate innovative and applied talents with innovative spirit and practical ability;
2. According to the development of China automobile industry in the new century, pay attention to the interdisciplinary characteristics of automobile engineering;
3. Facing the development of regional automobile and its parts industry, pay attention to the combination of automobile and its parts with modern design methods and manufacturing technologies;
4. Pay attention to the cultivation of students' ability of self-study, inquiry and communication;
5. The teaching team has extensively carried out international exchanges and cooperation, focusing on broadening the international horizons of teachers and students.
Graduates are mainly oriented to industrial and commercial enterprises, testing units, scientific research institutes, universities, training institutions and government departments, engaged in the design and manufacture, research and development, teaching and training, operation management and sales service of automobiles and their parts.
Main courses and practical teaching links:
The main courses are: automobile structure, automobile theory, automobile design, automobile manufacturing technology, automobile electrical and electronic technology, automobile emission pollution and control, automobile body structure and design, automobile parts optimization design, special purpose vehicle design, automobile body CAD/CAE technology and automobile marketing.
Important practical links include: course design of automobile manufacturing technology, automobile disassembly and assembly practice, automobile driving practice, automobile comprehensive performance testing and debugging, course design of automobile design, cognitive practice of automobile manufacturing enterprises and automobile service enterprises, students' participation in scientific research activities of teachers majoring in vehicle engineering, students' participation in extracurricular scientific and technological competitions such as automobiles and transportation, graduation practice and graduation design.
Academic system and degree:
Educational system: 4 years; Degree: bachelor of engineering, orientation, characteristics and employment;
This major cultivates advanced engineering and technical personnel who can meet the needs of socialist modernization in the 2 1 century. They have the basic professional knowledge of mechanical engineering, automation control and enterprise informatization, master electromechanical information engineering technology, especially manufacturing informatization, and have the ability to engage in the planning and design, application implementation, operation management, technology development, education and training of electromechanical information engineering and manufacturing informatization system in government agencies, enterprises and institutions.
Government agencies, enterprises and institutions are engaged in electromechanical information engineering, manufacturing information system planning and design, application implementation, operation management, technology development, education and training, etc.
Main courses and practical teaching links:
The main courses include: mechanical drawing, mechanical manufacturing technology foundation, mechanical principle, mechanical design, CAD/CAM technology and application, mechanical engineering control foundation, testing technology, enterprise information management and information system, PDM technology and application, ERP system and application, object-oriented programming technology. NET), product innovation design, optimization design and finite element analysis based on CATIA.
Academic system and degree:
Educational system: 4 years; Degree: bachelor of engineering, orientation, characteristics and employment;
Students in this major mainly study the basic theoretical knowledge and application technology in the field of electro-hydraulic transmission and control, master the basic knowledge of design, manufacture, use and maintenance of mechanical equipment, hydraulic components and electro-hydraulic transmission and control system, focus on training engineers engaged in modern electro-hydraulic work, and have the basic working ability of electromechanical products analysis, design, manufacture, performance test, test, equipment control and production organization management.
Graduates of this major can face industrial and commercial enterprises, engage in professional and technical work such as design, manufacture, innovation and development of electromechanical products and systems, and engage in research and development and management of modern manufacturing technology. Students of this major can also engage in professional education in electromechanical and fluid transmission education and training institutions at all levels, engage in scientific research in electromechanical and fluid transmission research institutes, or engage in professional and technical management in relevant government departments.
Main courses and practical teaching links;
The main courses are: electromechanical transmission and control, design and application of variable frequency speed regulation system, electrical control of mechanical equipment, hydraulic components, hydraulic transmission system, hydraulic control system, pneumatic transmission and control, hydraulic fault diagnosis, engineering machinery foundation and management science foundation.
Important practical links include: production practice, graduation practice, graduation design and innovative design experiment of fluid transmission and control, curriculum design of hydraulic components, hydraulic transmission system, electromechanical transmission and control, etc. In addition, there are courses and experiments such as fluid mechanics, hydraulic components, hydraulic transmission system, hydraulic control system, electromechanical transmission and control, electrical control of mechanical equipment, engineering machinery foundation, computer simulation, C language program and design, testing technology, microcomputer principle and interface technology, programmable controller principle and application.
Academic system and degree:
Educational system: 4 years; Degree: bachelor of engineering characteristics and employment direction
Students mainly study the basic theory in the field of mechanical and electronic engineering, master the basic knowledge of electromechanical integration technology, industrial automation technology and computer control technology, focus on cultivating the professional skills of modern electromechanical engineers in analysis, calculation, detection, management and technical support, and attach importance to the cultivation of basic abilities such as system integration, design and manufacture, performance test and system test of electromechanical products.
Graduates can face industrial and commercial enterprises, schools, research institutes and government departments, and engage in professional and technical work such as design, manufacture, development, technical service, education and training, management and maintenance of electromechanical integration products (such as CNC machine tools) and electromechanical integration systems, and can engage in research and management of modern manufacturing technology.
Specialized courses and practical teaching links
Main professional courses: electromechanical integration system design, motor and control, machine tool electrical automatic control technology, numerical control technology, industrial robot, programmable controller principle and application, sensor principle and application, photoelectric technology and system, inverter technology and AC speed regulation, electro-hydraulic control engineering, engineering software application, etc.
Important practical teaching links include production practice, graduation practice, graduation design and comprehensive experiment of electromechanical system innovation. , as well as the curriculum design of CNC technology and electromechanical system design; In addition, experiments are also carried out in the courses of circuit, analog and digital electronic technology foundation, motor and control, electrical automatic control of machine tools, principle and application of programmable controller, numerical control technology, industrial robot and so on.
Academic system and degree:
Educational system: 4 years; Degree: bachelor of engineering characteristics and employment orientation;
Students in this major mainly study the basic theory and technology of material science and material forming and control, as well as the design methods of related equipment. After the training of mold engineers, they have the basic ability to engage in precision mold design and manufacturing, production organization and management, or engage in research work in this field.
Graduates of this major have basic knowledge and application ability in materials science, electricity, mechanics, mechanics, mold science, forming control and computer-aided design of molds, and can engage in research and development and production of various molds such as injection molds, stamping molds and die-casting molds, and be competent in internal design and manufacturing, scientific and technological development, application research, production and management related to the field of material forming and control engineering.
Main courses and practical links:
The main courses are: engineering graphics, theoretical mechanics, material mechanics, mechanical design foundation, electrotechnics, engineering materials and forming technology foundation, detection and control engineering foundation, metal plastic forming principle, material forming metallurgical transmission principle, plastic forming technology and die design, stamping technology and die design, die manufacturing technology and equipment, CAD/CAM technology and application, material forming process analysis and simulation, etc.
Important practical links include: metalworking practice, basic course design of mechanical design, production practice, course design of plastic forming technology and mold design, course design of stamping technology and mold design, comprehensive experiment of mold computer-aided design simulation and manufacturing, graduation design (thesis) and so on.
Academic system and degree:
Educational system: 4 years, degree: bachelor of engineering characteristics and employment direction;
Students in this major mainly study the basic theory, technology and related equipment design methods of material science and material forming and control. Trained by a foundry engineer, he has the basic ability to engage in material forming control and equipment design, production organization and management related to foundry engineering or engage in research work in this field.
Graduates of this major have basic knowledge and application ability in material science, physical chemistry, electrotechnics, mechanics, casting forming control and computer-aided design of casting process, and can engage in research and development and production of various casting processes and equipment such as sand molds, investment molds, lost foam molds, die-casting molds, rapid prototyping and special casting, and be competent in internal design and manufacturing, scientific and technological development, application research, production and management related to the field of material forming and control engineering.
Main courses and practical links:
The main courses are: engineering graphics, theoretical mechanics, materials mechanics, mechanical design basis, electrotechnics, engineering materials and forming technology basis, detection and control engineering basis, material forming metallurgical transmission principle, casting forming principle, CAD/CAM technology and application, casting alloy melting principle, casting technology, casting alloy and melting, special casting, casting mechanization and so on.
Important practical links include: cognitive practice, metalworking practice, basic course design of mechanical design, course design of casting technology, course design of die casting technology and mold design, production practice, comprehensive experiment of casting engineering CAD/CAE, graduation design (thesis) and so on.
Academic system and degree:
Educational system: 4 years, degree: bachelor of engineering, orientation, characteristics and employment;
This major trains senior engineering and technical personnel with knowledge of structural principle, performance design research, use management and modern biology of agricultural machinery and its automation equipment, who can be engaged in agricultural machinery design, mechanized production management and performance design of service departments, agricultural mechanization planning and management, teaching and scientific research, marketing and service.
Graduates of this major can engage in the design, manufacture and research and development of mechanical products in all walks of life, which is suitable for the technical and management work of large and medium-sized modern production enterprises. It is suitable for the organization and management of agricultural machinery production, the development, design, manufacture and modification of agricultural machinery products and related electromechanical products, applied research and equipment control, and can be engaged in management work in enterprises, institutions and scientific research units.
Main courses and practical teaching links;
The main courses of this major are: engineering graphics, theoretical mechanics, material mechanics, mechanical principles, mechanical design, mechanical manufacturing technology, mechanical engineering testing technology, engineering materials and molding technology, electrotechnics, mechanical engineering control, hydraulic and pneumatic transmission and control, electromechanical integration technology, agricultural mechanics, automobile and tractor science, agricultural mechanization management, etc.
The main practical links of this major are: comprehensive practice of mechanical engineering, comprehensive practice of agricultural machinery, production practice, graduation practice, disassembly practice of automobiles and tractors, visiting practice of mechanical manufacturing technology, metalworking practice, military training, course design of mechanical principle, course design of mechanical design, course design of single chip microcomputer principle and application, and graduation design.
Academic system and degree:
Educational system: 4 years; Degree: Bachelor of Engineering