What is the New Energy Science and Engineering major?

1. Major in new energy science and engineering.

Brief introduction. This major cultivates interdisciplinary senior technical talents who have basic theories and engineering technical knowledge in the field of new energy science and engineering, and can engage in research and development in wind power generation, photovoltaic power generation, green power supply, inverter, electric vehicle drive and other related fields.

2. Employment direction of new energy science and engineering.

Graduates of this major can be engaged in product research and development, system design, planning, operation and maintenance, and technical management in modern electric power enterprises and research and design units, new energy equipment manufacturing, inverter manufacturing, electrical equipment manufacturing and other related units.

Industry: After graduation, he mainly worked in new energy, automobiles and spare parts, professional services and other industries, roughly as follows:

1. New energy 2, automobiles and spare parts 3, professional services (consulting, human resources, accounting) 4, machinery and equipment heavy industry 5, instrumentation industrial automation.

6. Academic scientific research 7. Electronic technology semiconductor integrated circuits.

8. Education and training institutions.

Position: After graduation, he is mainly engaged in sales engineer and electrical engineer.

and other work, roughly as follows:

1. Sales Engineer.

2. Electrical Engineer.

Work city: After graduation, there are more employment opportunities in Beijing, Shanghai, Shenzhen and other cities, which are roughly as follows:

1. Beijing. 2. Shanghai.

3. Shenzhen. 4. Guangzhou.

5. Wuhan. 6. Ningbo.

7. Hefei. 8. Hangzhou.

3. What are the employment prospects of new energy science and engineering majors?

Graduates can be engaged in wind energy, solar energy, and biomass energy in various large and medium-sized enterprises related to national new energy science and engineering.

Equipment manufacturing, overhaul and maintenance, centralized control operation, production management in the fields of new energy development and environmental protection.

and other work, but also in schools, research institutes and other units to carry out related aspects of teaching, engineering design and other work.

1. Introduction to new energy vehicle technology.

New energy vehicle technology is a specialized specialty. The new energy vehicle technology major is a higher vocational college major under the major disciplines of materials and energy. There are higher vocational colleges such as Quanzhou Vocational and Technical University (undergraduate), Shenzhen Vocational and Technical College, Yibin Vocational and Technical College, Weifang Vocational College, and Shaanxi National Defense Industry Vocational and Technical College.

New energy vehicle technology mainly studies the basic knowledge and skills of new energy vehicle electrical and electronic technology, new energy vehicle chassis technology, drive motor and control technology, etc., and carries out new energy vehicle structure, electronic control technology and charging operation and maintenance in the field of new energy vehicle technology. New energy vehicles can be divided into the following categories: pure electric vehicles, hybrid electric vehicles, plug-in hybrid electric vehicles, extended range hybrid electric vehicles, and fuel cell vehicles.

2. Training objectives of new energy vehicle technology.

This major cultivates firm ideals and beliefs, all-round development of morality, intelligence, physique, aesthetics and labor, a certain level of scientific and cultural level, good humanistic quality, professional ethics and innovation consciousness, craftsmanship spirit of excellence, strong employability and sustainable development ability; Master this professional knowledge and skills, and be able to engage in performance testing, quality inspection, technology development (assistant), technology application and after-sales service of new energy vehicles and key parts for the production and after-sales technical service industry of new energy vehicles and key components.

This major cultivates high-quality technical and skilled talents with all-round development of morality, intelligence, physique and aesthetics, good professional ethics and humanistic qualities, mastering the basic knowledge of the structure, principle, assembly and maintenance of the engine, chassis, electrical and electric drive of new energy vehicles, as well as the body, and having the ability of new energy vehicle production services, technical services and transportation services, and engaged in the assembly, adjustment, testing, maintenance and management of new energy vehicles.

As the theme of the development of the new era, the words new energy must still be very hotAt the same time, it is also the general trend of social development. Therefore, the development prospects of the new energy science and engineering major are still very optimistic, and it is worth applyingLet's take a look!

The new energy science and engineering major belongs to the key development fields during the national "Twelfth Five-Year Plan" period and has good employment prospects。Our university has a good research foundation in this field. Especially in the fields of wind power generation, photovoltaic cells, green power supply, electric vehicle control, frequency conversion technology, smart grid, desulfurization technology, etc., it has undertaken a number of national natural science projects, national 863 projects and major projects of Beijing, and developed a series of new energy devices and energy-saving equipment.

Graduates are availableAll kinds of large and medium-sized enterprises related to national new energy science and engineering are engaged in equipment manufacturing, overhaul and maintenance, centralized control operation, production management and other aspects in the fields of wind energy, solar energy, biomass energy, new energy development, environmental protection, etc., and can also carry out teaching and engineering design in schools, scientific research institutes and other unitsand other work.

This major is still very good, because it is very in line with the commemoration of the current national development, and it also has the blessing of the words new energy, so there is nothing wrong with choosing him.

In addition, the employment prospects of new energy science and engineering majors are considerable, which is mainly reflected in the current domestic environment is very good, the development of the new energy market is promising, the relative scarcity of new energy science and engineering professionals, and the employment of graduates.

The analysis of the employment prospects of new energy science and engineering majors is as follows:

Due to the current energy consumption structure in China has a big problem, so the "Twelfth Five-Year Plan" clearly put forward to vigorously develop renewable energy, so the current domestic environment is very good. Now studying in this major and waiting for employment after graduation should be considerable, after all, compared with some old majors, this major is naturally relatively scarce.

If you want to know more, you may want to check it out"The specific plan for new energy in the 12th Five-Year Plan and the overall level of the current domestic situation in this regard. New energy is basically used to generate electricity. There are wind, solar, biomass, tidal energy, geothermal, etc.

Today, the main force of the world's energy consumption is still coal, oil, natural gas three traditional energy sources, all kinds of new energy only account for less than 20% of energy consumption, is still in its infancy, its development space is huge.

The two basic problems facing mankind in the 21 st century are energy and environmental problems, and the development of new energy is the only way to solve these two major problems.

So, what are the new energy majors? Which schools are better? What about job development?

1. New energy related majors.

New energy is the development and utilization of or is actively researching, to be promoted of energy, is the use of new technologies and new materials and obtained, the use of new energy is often recyclable, no pollution to the environment or little pollution.

Such as solar energy, geothermal energy, wind energy, marine energy, biomass energy and nuclear fusion energy application technology in various industries.

Solar energy is mainly photothermal and photovoltaic, mainly photovoltaic, and the basic principle of its power generation resistance is "photovolt effect".

Bio-flushing mass energy mainly uses bioconversion technology and thermochemical conversion technology to convert biomass into fuel substances.

For example, agricultural and forestry wastes such as wheat stalks, rice husks, wood chips, branches, and bark can be used as the main materials for biomass power generation, and can be converted into clean energy for various Changzhi species, such as biogas, fuel ethanol, etc.

1. New Energy Science and Engineering.

New energy science and engineering mainly studies the types, characteristics, applications and future development trends of new energy, as well as related engineering technologies, including wind energy, solar energy, biomass energy, nuclear power energy, etc.

New energy science and engineering belongs to the category of energy and power, and the major of new energy materials and devices belongs to the category of materials.

2. New energy materials and devices.

The connotation of new energy materials and devices lies in the integration of new energy materials and devices.

For example, the development of power battery technology is changing rapidly. For example, lithium titanate anode battery has the advantages of fast charging performance, long life, high safety, etc., and the disadvantage is low energy density and high energy, which is suitable for bus use. Recently, the fast-charging battery of carbon anode has made rapid progress, and its high energy density and low cost are expected to replace lithium titanate anode batteries.

3. New energy vehicle engineering.

The new energy vehicle engineering major focuses on mechanical engineering, electrical engineering and vehicle engineering, and cultivates high-level application-oriented talents who can be engaged in design and manufacturing, parts development, production, experimentation, and application process knowledge and ability reserve in the field of new energy vehicle engineering.

New energy is mainly to make new fuels. For example, electrical energy, Taisui Zi, yang energy, and so on. The guess of the first major in engineering is mainly for an automotive project. project cost and so on. There is a connection between the two.

The major cultivates students with basic knowledge of energy engineering, heat transfer, fluid mechanics, power machinery, power engineering, etc., and mastered the principles of new energy conversion and utilization, new energy devices and system operation technology, wind energy, solar energy, biomass energy, etc.

Senior application-oriented talents who can carry out teaching, scientific research, technology development, engineering application, operation and management in the field of new energy such as wind energy, solar energy, geothermal, biomass energy, etc., interdisciplinary compound senior engineering and technical talents, and specialized talents with strong engineering practice and innovation ability.

Where to go for employment. Graduates have broad employment prospects, and can be engaged in technology research and development, engineering design, new energy science education and research, new energy management and other related work in enterprises and institutions, colleges and universities and first-class departments in the fields of wind energy, solar energy, biomass energy and other new energy and energy conservation and emission reduction.

Employment prospects. Graduates can be engaged in equipment manufacturing, overhaul and maintenance, centralized control operation, production management and other aspects in the fields of wind energy, solar energy, biomass energy, new energy development, environmental protection and other fields in various large and medium-sized enterprises related to national new energy science and engineering, and can also be engaged in teaching, engineering design and other work in schools, scientific research institutes and other units.

The main teaching content is the operating principle, daily maintenance and testing, vehicle maintenance, etc. of new energy vehicle technology, so that students can understand and master the relevant technology of new energy vehicles from the root. In the practical teaching, BYD, JAC, Zotye and other mainstream new energy models in the domestic market are adopted, so as to ensure the fit between technology and the market, greatly improve the adaptability of students after entering the market, and shorten the transition time from students to technical employees.

After graduation, students can engage in a full range of technical work such as maintenance, testing, maintenance, sheet metal, and beauty of new energy vehicles, making students' employment options more extensive. New energy vehicles are an emerging technology industry, and the companies selected by students will also be higher-quality automobile companies. With the development of science and technology and the continuous upgrading and promotion of environmental protection concepts, the traditional automotive industry will face the transformation to new energy vehicles.

As a vocational college engaged in the training of automotive technical personnel, it must also adapt to the changes in the industry and transform in talent training.

On the basis of comprehensive learning of fuel vehicle maintenance technology, the major does in-depth learning and training for the automotive pure electric new energy technology module; (New energy power system, new energy drive system, new energy vehicle control system, new energy vehicle fault and troubleshooting, etc.).

Main learning: new energy vehicle structure, electrical and electronic technology, automotive electronic control technology, electric vehicles, power batteries and drive motors, automotive new energy and energy-saving technology, automobile testing and fault diagnosis, etc. At present, the new energy majors offered include:

New Energy Science and Engineering, Energy Economy, Energy Chemical Engineering, Resource Recycling Science and Engineering, New Energy Materials and Devices, Building Energy Conservation Technology and Engineering, Marine Resources Development Technology, Ocean Engineering and Technology, Offshore Oil and Gas Engineering, Nuclear Safety Engineering, etc.

2. As long as you apply for the new energy science and engineering major.

New energy vehicles are a large system engineering, there are many directions, R & D positions, if it is an electric drive system, it is recommended to learn electronic information engineering, power electronics, automation, computer and other majors, the battery part must still learn chemical materials, etc., the direction of the motor needs mechanical design, mechanical manufacturing, vehicle engineering, power, and like electromagnetic compatibility, it is also a difficult subject, you need to learn computational electromagnetism, communication engineering, etc., and the new energy vehicle battery protection collision requirements are high.

1. Employment direction of new energy vehicle technology:

Graduates can obtain vocational qualification certificates such as intermediate (high) level automobile assembler, automobile maintenance worker, automobile driver (C license), auto parts salesman, etc. Graduates can engage in related technical services and management in automobile factories, automobile 4S shops, automobile testing stations, automobile transportation management and other departments, with good employment prospects and large development space.

2. Professional training objectives:

Cultivate high-quality skills with good professional ethics, master the basic theories and professional knowledge necessary for the application of new energy vehicle technology, and be able to engage in the assembly and commissioning, performance testing, maintenance and technical management of new energy vehicles.