Who knows what mechatronics majors have to learn. Specifically, those basics are required.

Introduction to mechatronics.

Duration: 3 years.

1. Training objectives and the acquisition of diplomas.

1) Professional training objectives.

This major is trained to have a college level, engaged in the design of mechanical and electrified automatic control, the manufacture of processing technology and equipment, and the installation, commissioning, operation and daily maintenance of various control equipment; Responsible for the technical work of organization, guidance and management of production lines; Responsible for the local design of products and the technical development of new products; Technicians in product management, promotion, sales and after-sales service.

2) Acquisition of a diploma.

1. According to the requirements of the professional teaching plan, complete all the courses specified in the teaching plan and pass the examination and obtain the required credits;

2. Have a certain level of English proficiency and are required to pass the PRT-B qualification certificate of the English Application Proficiency Examination for Colleges and Universities;

3. Have a certain level of basic computer application and the ability to apply computer software related to the major, and obtain the first-level certificate of the national computer grade examination;

4. Should obtain one or two professional intermediate qualification certificates.

Second, the basic quality of students and job ability requirements.

1) The basic quality of students.

1. Have the ideological and moral qualities and professional ethics that college students should have.

Graduates should master the basic principles and theories of Marxism-Leninism, and understand China's national conditions and national policies; Possess the legal knowledge, social morality and professional ethics that citizens should have. Love the motherland and the Communist Party of China. Love the future career, with the dedication to the career development of mechanical manufacturing and control technology.

2. Have the cultural quality that college students should have.

Graduates are required to have cultural and scientific knowledge at the college level; Have a correct outlook on the world and life. Master the basic theories, basic knowledge and basic skills necessary for the major; It is better to complete the basic business training of mechatronics technical professionals at the college level, and have the skills to undertake mechanical manufacturing and control technology positions.

3. Have the basic abilities that college students should have.

Adapt to the needs of mechatronics technology modernization, have strong practical ability and social competitiveness; Strong language and writing skills; Able to combine the needs of the profession with a certain level of computer operation; Be proficient in a foreign language, and have a certain degree of comprehensive ability in listening, speaking, and writing. English level 2 and above, computer level 1 and above, and a certain knowledge of aesthetics is also required.

4. Have the physical fitness that college students should have.

Acquire basic knowledge of physical health and motor skills; Adhere to physical exercise, be in good health, be able to undertake the glorious mission of building the motherland, and the results of physical education classes must meet the standards.

2) Job competency requirements.

1. The ability to engage in the preparation and implementation of mechanical manufacturing processing technology regulations and electrical automatic control systems;

2. Ability to engage in the design and manufacture of process tooling;

The mechatronics technology major mainly studies mechanical drawing, computer graphics and C++ and other characteristic courses.

1. Mechanical Drawing Discipline:

Mechanical drawing is a discipline that uses drawings to accurately represent the structural shape, size, working principle and technical requirements of machinery. Drawings are composed of graphics, symbols, words and numbers, etc., and are technical documents that express design intent and manufacturing requirements, as well as exchange experience, and are often referred to as the language of the engineering community.

2. Computer Graphics Discipline:

Computer graphics is actually a new type of interdisciplinary course born on the basis of engineering graphics and computer science. Computer graphics is a high-efficiency, high-quality drawing technique compared to manual drawing. Hand drawing is a meticulous, complex, and lengthy labor.

3. C++ Discipline:

C++ is the inheritance of the C language, which can not only carry out the process programming of the C language, but also carry out the object-based programming characterized by abstract data types, and can also carry out the object-oriented programming characterized by inheritance and polymorphism.

What can you do after graduating from mechatronics:

1. Computer-aided design and manufacturing direction

Engaged in computer-aided design (CAD) and computer-aided manufacturing (CAM) of mechanical and electrical products, and proficient in the use and maintenance of CNC machining equipment of mechatronics advanced technical application of professionals, the transformation of computer-aided design is the current society urgently needed professionals.

2. Mold CAD CAM direction:

Engaged in the use of computer technology and CNC machining technology to design and manufacture molds and other work of mechatronics advanced technical application of professionals, to provide an effective auxiliary tool for enterprises, so that technical personnel with the help of computer production management design and optimization.

3. Mechanical and electrical CAD technology direction:

In the process of design, manufacturing, maintenance, management, technical transformation and service of mechatronics products and equipment, high-level technical application professionals specializing in computer graphic design, information processing and data management.

Summary. Hello <>

Mechatronics is a comprehensive discipline integrating mechanical, electronic and automatic control technology. Mainly study the knowledge of mechanical design, electrical engineering, control engineering, computer application, etc., aiming to cultivate senior engineering and technical talents with cross-field comprehensive quality and engineering practice ability. Among them, mechanical design is one of the basic courses of the major, which mainly includes mechanical principles, mechanical design, CAD CAM and other contents; Electrical engineering courses cover circuit analysis, motors and transformers, power systems, etc. Control engineering courses mainly include automatic control principles, digital signal processing, PLC programming, etc.; Computer application courses include C language programming, microcontroller applications, embedded system development, etc.

In addition, students will learn advanced courses such as robotics engineering, sensor technology, electronic circuits, and drive technology, as well as relevant knowledge in cutting-edge fields such as intelligent manufacturing, intelligent transportation, and new energy vehicles.

What do you study in mechatronics?

Hello <>

Mechatronics is a comprehensive discipline integrating mechanical, electronic and automatic circle control technology. Mainly study the knowledge of mechanical design, electrical engineering, control engineering, computer application, etc., aiming to cultivate senior engineering and technical talents with cross-field comprehensive quality and engineering practice ability. Among them, mechanical design is one of the basic courses of the major, which mainly includes mechanical principles, mechanical design, CAD CAM and other contents; Electrical engineering courses cover circuit analysis, motors and transformers, power systems, etc. Control engineering courses mainly include automatic control principles, digital signal processing, PLC programming, etc.; Computer application courses include C language programming, microcontroller applications, embedded system development, etc.

In addition, students will learn advanced courses such as robotics engineering, sensor technology, electronic circuits, and crash drive technology, as well as relevant knowledge in cutting-edge fields such as intelligent manufacturing, intelligent transportation, and new energy vehicles.

The core courses of the mechatronics major are actually mechanical design and electrical engineering, while control engineering and computer applications are extended from these two basic courses. Therefore, students majoring in mechatronics need to have a good mathematical foundation and engineering literacy, especially for physics, mechanics, electricity, etc. In addition to making potatoes, in the actual learning process, the mechatronics major will also pay attention to the cultivation of students' practical ability and innovation consciousness.

Therefore, students need to participate in various experiments, projects and competitions, accumulate practical experience, hone teamwork and management skills, and constantly explore new techniques and application fields to adapt to the future trend of scientific and technological development.

Hello dear! <>

We are glad to answer for you: Mechatronics major mainly learns mechanical, electronic, computer and other knowledge, and comprehensively uses the theories and methods of these disciplines to design, manufacture and control mechatronics systems, so as to improve production efficiency, reduce costs, improve product quality and other purposes. Specifically, the disciplines of mechatronics include:

1.Mechanics: Mainly learn the knowledge of mechanical design, machining, mechanical manufacturing, etc., and provide technical support for the design and manufacture of mechatronics systems.

2.Electronics: Mainly learn the knowledge of circuits, electromagnetic fields, etc., and provide technical support for the electronic control of mechatronics systems.

3.Computer Science: Mainly learn the knowledge of computer hardware, software, network, etc., and provide technical support for the digitization and intelligence of mechatronics systems.

4.Automation: Mainly learn the knowledge of automatic control theory, sensors and actuators, PLC, etc., and provide technical support for the automatic control of mechatronics systems.

5.Robotics: Mainly learn the knowledge of robot structure, control, motion planning, etc., and provide technical support for the robot application of mechatronics system.

In short, the mechatronics major covers the knowledge of mechanical, electronic, computer and other fields, aiming to cultivate senior engineering and technical talents who have mastered the design, manufacturing, control, operation and maintenance of mechatronics systems.

Summary. Hello <>

Mechatronics refers to the discipline that integrates the knowledge of machinery, electronics, computers, etc., and designs and manufactures equipment, systems and products that can complete the work in an automated, intelligent and efficient manner. In this specialization, students will mainly learn the following:1

Fundamentals of Machinery: including basic knowledge of mechanical design, manufacturing process, material mechanics, thermodynamics, etc. 2.

Electrical & Electronic Technology: including knowledge of circuit analysis, motor principles, digital electronics, sensor technology, etc. 3.

Computer Technology: including knowledge of computer programming, embedded system development, data structures, etc. 4.

Control technology: including knowledge of control principles, control system design, modern control technology, etc. 5.

Automation technology: including knowledge of automation system principles, automation system design, automation instruments, etc.

What do you study in mechatronics?

Hello <>

Mechatronics refers to the discipline of integrating the knowledge of machinery, electronics, computers, etc., and designing and manufacturing equipment, systems and products that can complete the work in an automated, intelligent and efficient manner. In this specialization, students will mainly learn the following:1

Fundamentals of Machinery: including basic knowledge of mechanical design, manufacturing process, material mechanics, thermodynamics, etc. 2.

Electrical & Electronic Technology: including knowledge of circuit analysis, motor principles, digital electronics, sensor technology, etc. 3.

Computer Technology: including computer programming, embedded system development, data structure liquid bending resistance, etc. 4.

Control technology: including knowledge of control principles, control system design, modern control technology, etc. 5.

Automation technology: including knowledge of automation system principles, automation system design, automation instruments, etc.

Supplement: In addition to the above basic knowledge, the mechatronics major also focuses on cultivating students' innovation ability and practical ability. Students need to apply the knowledge they have learned to practical projects and solve practical problems through laboratory practice and graduation project.

In addition, the shed burial student Zhengfan also needs to have teamwork and communication skills, because the mechatronics professional chain ant requires the integration of knowledge and skills in many different fields.

Summary. Mechatronics is an interdisciplinary discipline that integrates multiple disciplines such as mechanical engineering, electronic engineering, computer science and control engineering. It mainly studies how to organically combine electronic technology, computer technology and machinery manufacturing technology to realize the design, manufacture and application of mechatronics systems such as robots, automated production lines and intelligent equipment.

The Mechatronics is an interdisciplinary discipline that integrates multiple disciplines such as mechanical engineering, electronic engineering, computer science and control engineering. It mainly studies how to organically combine electronic technology, computer technology and machine machinery manufacturing technology to realize the design, manufacture and application of mechatronics systems such as robots, automatic orange annihilation production lines and intelligent equipment.

Specifically, students majoring in mechatronics need to learn courses such as mechanical design, mechanism analysis and design, control engineering, digital circuits and systems, sensor technology, embedded system design, etc., as well as computer programming, image processing, machine learning and other related technologies, so as to sell practical skills such as robot control dust preparation, automated production line design and commissioning.

The mechatronics major mainly involves mechanical engineering, electronic engineering and computer science, aiming to cultivate senior technical talents with comprehensive application ability and practical skills in mechanical design and manufacturing, electrical self-control and computer technology. The core courses of the program include mechanical principles, mechanical design, circuit fundamentals, digital circuits, computer programming, automatic control principles, embedded system design, sensor and detection technology, etc. Students also need to study relevant basic courses such as mathematics, physics, and materials science, as well as participate in practical projects and laboratory activities to improve their practical skills and teamwork spirit.

After graduation, students majoring in mechatronics can be engaged in mechatronics system design, product manufacturing, maintenance and management in the fields of mechanical manufacturing, electronic information, automation control, aerospace, rail transit, etc.