Training requirements: this major trains students to master solid mechanical engineering foundation and professional knowledge, and be familiar with a professional direction knowledge related to this engineering field. Graduates should be able to engage in the design, development and management related to mechanical engineering in this engineering field.
Graduates of this major should have the following knowledge and ability:
Have a solid foundation in natural science, good foundation in humanities, arts and social sciences, and be able to use the national language correctly;
Master a wide range of technical and theoretical knowledge in this major, including mechanics, mechanics, electrical and electronic technology, mechanical engineering materials, mechanical design engineering, mechanical manufacturing foundation, automation foundation, market economy, enterprise management, etc.
Have the basic skills of engineering drawing, calculation, experiment, test, literature retrieval and basic process operation necessary for this major;
Have the necessary professional knowledge in a certain professional direction in this professional field, and understand its scientific frontier and development trend;
Having preliminary scientific research, scientific and technological development and organizational management capabilities;
Have strong self-study ability and innovative consciousness.
Main subjects: mechanics, mechanical engineering
Core courses: descriptive geometry and engineering drawing, theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrical and electronic engineering, and technical basis of mechanical manufacturing.
Main practical teaching links: mechanical experiment, electrical and electronic experiment, engineering training, electrical and electronic practice, production practice, social practice, curriculum design, graduation design (thesis) and so on.
Study time: four years
Degree Awarded: Bachelor of Engineering Training Objective: This major trains senior talents with solid theoretical foundation, strong practical ability, adaptability and innovation ability and high moral and cultural quality in the fields of energy conversion and utilization, thermal environment protection, etc., so as to meet the social demand for talents in the fields of energy science and technology, such as research and exploration, design and development, teaching and training, engineering application and management. Graduates can engage in research, teaching, development, manufacturing, installation, maintenance, planning, management and marketing of energy and power engineering and related majors.
Training requirements: Students in this major mainly study the basic theory and knowledge of energy and power engineering. After the basic training of modern energy and power engineers, they have certain innovative spirit and ability. Graduates should have the following knowledge and abilities:
Systematically master the basic theoretical knowledge of engineering thermodynamics, fluid mechanics, heat transfer, combustion, thermal automatic control principle, boiler principle, internal combustion engine, refrigeration and low temperature principle;
Have the basic ability to skillfully operate and use computers and thermal instruments, and have the preliminary ability to comprehensively use various means to query and obtain information;
Have a certain knowledge of production management in energy and electric power industry, and understand the main laws and regulations related to energy;
Have the preliminary ability of engineering project design, construction, commissioning, operation and management in the field of energy and power engineering.
Main subjects: power engineering and engineering thermophysics
Core courses: theoretical mechanics, material mechanics, electrical and electronics, mechanical design basis, engineering thermodynamics, heat transfer, fluid mechanics, thermal energy and dynamic testing technology, etc. In addition, due to different professional directions, there are mainly the following courses:
Direction of heat energy: boiler principle, combustion science, thermal system of thermal power plant, principle and design of heat exchanger, thermal automation, etc.
Direction of heat engine: internal combustion engine, combustion and emission of internal combustion engine, manufacturing technology of power machinery, principle and design of fluid machinery, etc.
Refrigeration direction: refrigeration principle and equipment, refrigeration device design, air conditioning, refrigeration air conditioning automation, etc.
Main practical teaching links: course experiment, social practice, course design, production practice, disassembly practice, graduation practice and graduation design.
Study time: four years
Awarded Degree: Training goal of bachelor of engineering: to train people who can adapt to the needs of social, economic and scientific development, develop their knowledge, ability and quality in harmony, have the ability to design, install, debug and operate indoor environmental equipment systems and building public facilities systems, and can engage in teaching, scientific research and technical management in design and research institutes, construction engineering companies, property management companies, industrial enterprises and related scientific research, production and teaching units.
Training requirements: students majoring in this major mainly study basic theories and professional knowledge in the field of building environment and energy application engineering. After graduation, they should have the following knowledge and abilities:
1, foreign language: master a foreign language systematically, and master foreign language scientific writing knowledge.
2. Computer: master the basic knowledge of computer software and hardware technology, and have the ability to develop computer applications in this major and related fields; Master the knowledge, methods and tools to obtain information through the network. Be able to retrieve Chinese and foreign documents.
3. Specialty: This training mode is based on the field of refrigeration and air conditioning engineering, which trains students not only to master solid basic and professional knowledge, but also to be familiar with the professional knowledge of HVAC in this field, to initially master the analysis, calculation programming and optimization design technology of various building air conditioning systems, and to have basic practical skills such as drawing, calculation, testing, investigation, consulting literature and technology, operation and operation.
Main subject: Building environment and energy application engineering.
Core courses: fundamentals of mechanical design, electrical and electronics, automatic control principles, heat transfer, engineering thermodynamics, fluid mechanics pumps and fans, air conditioning, building environment, HVAC engineering, HVAC, building environment detection technology, building equipment automation, building water supply and drainage, refrigeration principles and equipment.
Main practical teaching links: metalworking practice, production practice, electrical and electronic experiment, professional course design, graduation practice, graduation design, etc.
Study time: four years
Degree Awarded: Bachelor of Engineering Training Objective: This major aims to cultivate senior talents who are all-round developed in morality, intelligence, physique and aesthetics, have a knowledge base of machinery, electronics and modern measurement and control theory, have comprehensive application practice and innovation ability, can engage in the research and development of electromechanical integrated products and automatic control technology of production process, and can engage in the operation, maintenance and production process management of electromechanical products.
Training requirements: This major trains students to master mechanical and electronic engineering through theoretical and experimental practice education in three modules: general education, basic subject education and professional education, and has certain knowledge, ability and quality of humanities and social sciences, so that students can not only have professional expertise, but also get all-round development in morality, intelligence, physique and aesthetics.
Graduates should meet the following standards in terms of knowledge, ability and quality:
Knowledge standard: basic knowledge of college English, computer and information science, methodology, economy and management, laws and regulations is required; Basic knowledge of natural science and humanities and social sciences; Basic knowledge of mechanical engineering, electronics, information, microcomputer, control and other related disciplines; In terms of professional knowledge, in addition to understanding the frontier and development trend of mechanical and electronic engineering and mastering a wide range of technical basic theories and professional knowledge in this professional field, it is also necessary to have strong practical (engineering) ability.
Ability standard: strong knowledge acquisition ability, written expression ability, teamwork and coordination ability, computer and information technology application ability; Have strong comprehensive experimental ability, practical ability and the ability to solve practical problems by comprehensively applying what you have learned; Have certain innovative practical ability, preliminary scientific and technological development and research ability, and the ability to track and master new theories, new knowledge and new technologies in the field of mechanical and electronic engineering.
Main subjects: mechanical and electronic engineering
Core courses: advanced mathematics, college physics, complex variable function and integral transformation, linear algebra, circuit analysis, analog electronic technology, digital electronic technology, engineering mechanics, sensor and detection technology, control engineering, hydraulic transmission, mechanical design, mechanical manufacturing technology, interchangeability and technical measurement, electrical control technology and PLC, single chip microcomputer principle and application technology, engineering drawing, electromechanical integration system design, numerical control technology, electromechanical.
Main practical teaching links: engineering training, entrepreneurship education practice, electrical and electronic practice, digital electronic technology course design, PLC course design, single chip microcomputer course design, numerical control programming practice, production practice, mechanical design basic course design, professional course design, graduation practice and graduation design.
Study time: four years
Awarded Degree: Training goal of Bachelor of Engineering: to cultivate senior engineering and technical personnel who can meet the needs of social, economic and scientific development, develop their knowledge, ability and quality in a coordinated way, have knowledge and application ability in material forming and control disciplines, mechanical disciplines and related basic theories, and can engage in design and manufacturing, experimental research, technology development, enterprise management and operation in the field of material forming and control engineering.
Training requirements: Students in this major mainly study the basic theory and application technology in the related fields of material forming and control engineering, and are trained by modern mechanical engineers, with the basic abilities of product design, manufacturing, equipment control and production organization and management. The following training standards and requirements shall be met:
Competency requirements:
(1) Have basic skills in drawing, calculation, experiment, testing, investigation, document retrieval and basic process operation and strong computer application ability;
(2) basically master a foreign language, be able to read foreign language books and periodicals of this major smoothly, and have certain listening and speaking ability;
(3) Have the preliminary technical and economic analysis and management ability of material forming technology, mold design and rapid mold manufacturing technology;
(4) Strong team spirit and cooperation ability.
Main disciplines:
Mechanical engineering, materials science and engineering
Core courses:
Engineering drawing, theoretical mechanics, material mechanics, mechanical principles, mechanical design, mechanical manufacturing technology foundation, material science foundation, material forming technology foundation, stamping forming technology and mold design, plastic forming technology and mold design, die casting technology and mold design, mold manufacturing technology, mold CAD, mold CAE and mold CAM.
Main practical teaching links:
Military training, engineering training, electrical and electronic practice, cognitive practice, production practice, social practice, curriculum design and graduation design (thesis), etc. The main professional experiments include: the comprehensive experiment of molding technology and the practice of mold engineering.
Study time: four years
Awarded Degree: Bachelor of Engineering Training Requirements: Students in this major mainly study the basic theory and knowledge of vehicle design and manufacturing, receive the basic training of modern mechanical engineers, and have the basic ability to engage in the design, manufacturing and production management of automobiles and engineering vehicles. Cultivate graduates who master the basic knowledge and theory of modern mechanical design, vehicle theory, vehicle structure design, vehicle control, detection and other related application technologies, and are characterized by mastering large-scale engineering application software to develop automobile and engineering vehicle technology. Training standards include knowledge, ability and quality.
Knowledge: master a foreign language and have basic knowledge of computer and information science, methodology, economy and management, laws and regulations; Basic knowledge of natural science and humanities and social sciences; Have the basic knowledge of vehicle engineering, and understand the knowledge of related disciplines, interdisciplinary and frontier disciplines; In terms of professional knowledge, in addition to understanding the frontier and development trend of vehicle engineering and mastering a wide range of technical basic theories and professional knowledge in the field of vehicle engineering, it is also necessary to have strong practical (engineering) ability.
Ability: Strong knowledge acquisition ability, written expression ability, teamwork and coordination ability, computer and information technology application ability; Have strong comprehensive experimental ability, practical ability and the ability to solve practical problems by comprehensively applying what you have learned; It has certain innovative practical ability, preliminary scientific and technological development and research ability, and the ability to track and master new theories, new knowledge and new technologies in the field of vehicle engineering.
Main subjects: mechanics, mechanical engineering, electronic science and technology.
Core courses: main courses: mechanical drawing, theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrical technology, electronic technology, internal combustion engine principle, automobile structure, automobile theory, automobile design, automobile electrical and electronic control technology, automobile detection and fault diagnosis technology, automobile marketing, automobile hydraulic and pneumatic transmission, automobile service engineering, automobile insurance and claims settlement, automobile manufacturing technology, automobile application engineering and automobile innovation.
Main practical teaching links: experimental courses (including engineering training, electrical and electronic practice, mechanical design course design, professional course design, simulated driving practice, vehicle disassembly practice, production practice), social practice (including social investigation and practice, etc. ), graduation practice, design and thesis writing (including graduation thesis, academic thesis, scientific research practice, etc. ).
Study time: four years
Degree Awarded: Bachelor of Engineering Training Objectives: This major mainly cultivates the all-round development of morality, intelligence, physique and aesthetics, grasps the knowledge of mechanics, mechanical engineering and computer application, has strong self-study ability, analytical ability and innovative consciousness, has strong hands-on ability and practical skills, has the basic knowledge and application ability of mechanical design, manufacturing and automation, and can engage in the design, manufacturing, scientific and technological development, applied research and operation of mechanical engineering and automation in the front line of industrial production.
Training requirements: Students in this major should master the basic theories and knowledge of mechanical design, mechanical manufacturing, computer technology and information processing technology, receive the basic training of modern mechanical engineers, and have the basic ability to engage in mechanical product design, manufacturing and production organization and management.
Graduates of this major should have the following knowledge and ability:
Master a wide range of technical and theoretical basic knowledge of this major, including mechanics, mechanics, electrician and electronic technology, mechanical engineering materials, mechanical design, mechanical manufacturing technology, automation technology, market economy and enterprise management;
Have the basic skills of engineering drawing, calculation, experiment, test, document retrieval, CNC machine tool operation and so on;
Understand the advanced management mode of Taiwan Province enterprises in this field;
Have the necessary professional knowledge in a certain professional direction in this professional field, and understand its scientific frontier and development trend;
Having preliminary scientific research, scientific and technological development and organizational management capabilities;
Main subjects: mechanics, mechanical engineering.
Core courses: descriptive geometry and engineering drawing, theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrical and electronic engineering, and technical basis of mechanical manufacturing.
Main practical teaching links: mechanical experiment, electrical and electronic experiment, mechanical engineering experiment, engineering training, social practice, production practice, application practice, curriculum design, graduation design (thesis) and so on.
Length of study: four years (studying in Taiwan Province Province in the third academic year)
Degree awarded: Bachelor of Engineering