What majors are related to energy studies?

Energy majors include coal and coalbed methane.

Engineering, Nuclear Engineering and Nuclear Technology, Wind Energy and Power Engineering, Photovoltaic, Thermal Energy and Power Engineering.

Wait. 1. Major in coal and coalbed methane engineering.

Coal and coalbed methane engineering is an emerging major, and it is also a major that a country urgently needs to face an energy crisis and increase new energy. It focuses on coalbed methane exploration and development engineering, comprehensive utilization of coal and environmental protection, etc., and because the main body of research is coal, the major of coal and coalbed methane engineering is very closely related to practical life.

2. Major in nuclear engineering and nuclear technology.

Nuclear engineering and nuclear technology is a fundamental discipline.

The comprehensive discipline of technical science and engineering science is also a popular major. Nuclear engineering and nuclear technology is not only a major that combines nuclear technology in the traditional sense with emerging information technology, but also a discipline closely related to our lives, which is increasingly widely used in today's society.

3. Major in wind energy and power engineering.

The major of wind energy and power engineering is how to convert wind energy into electrical energy, involving power, mechanical, electrical and other disciplines, in order to train wind turbines.

and graduates with basic competencies in the design, manufacture, operation, experimental research and project investment and management of wind farms.

4. Photovoltaic major.

The photovoltaic major is mainly related to electronics and photovoltaic cells.

It is related to the production, research and development, design and manufacturing of systems, optoelectronic materials and devices, and other advanced professional application technologies, specifically the application of solar energy such as solar power generation, solar cells, and solar lighting.

5. Major in thermal and power engineering.

The research direction of thermal energy and power engineering is very wide, and the development direction is also diverse, including automobiles, aerospace power, home appliances, space technology, chemical industry, metallurgy, construction, environmental protection and many other employment directions. It is a wide-caliber major, with second-level majors such as thermal engineering, thermal power and control engineering. The main disciplines are thermal engineering, engineering thermophysics, and mechanical engineering.

The employment direction of energy economics can be engaged in energy production and operation management in various energy management and management departments, public institutions, banks and financial institutions at all levels, energy branch Zhongsun source enterprises and their subordinate energy planning and management departments, multinational energy production and leading enterprises, energy logistics enterprises, energy investment and Mengkaishan trading institutions.

It should be to study new energy, and this major can go to work in a company, or go to a factory as an executive or a developer.

The main students are the management of the energy industry, energy security, the quantitative model of the energy economy, and the energy finance. The employment direction of this major includes banks and Jinzi Zaorong institutions, and can open the source of logistics enterprises, energy trading, and international cooperation and development of energy.

This major consists of two parts: energy and power.

Energy and power majors include: energy and power engineering.

Energy and Environmental Systems Engineering, New Energy Science and Engineering.

The energy package includes coal, natural gas, hydropower, nuclear energy, wind energy, solar energy, geothermal energy, and biological energy.

and other primary energy and secondary energy such as electricity, heat, and refined oil, as well as other new and renewable energy sources.

Power is essentially the conversion between energy sources, such as heat engines, internal combustion engines, fluid machinery, refrigeration cryogenic and related technologies.

Graduates are employed in electric power companies, electric power design institutes, new energy enterprises, power generation equipment manufacturing enterprises, environmental protection enterprises, refrigeration and air-conditioning equipment companies, etc., and can also be employed in enterprises and institutions.

to do research and development and teaching work.

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. Just 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, measuring machine 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, J Gao is also a difficult subject, you need to learn computational electromagnetics, communication engineering, etc., as well as new energy vehicle battery protection collision requirements.

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.

Hello, what do you learn in the new energy vehicle major, see below:

1. What do you learn in new energy vehicle technology?

The main courses of the new energy vehicle technology major include automobile structure, automotive electronic control technology, electric vehicles, hybrid vehicle principles, power battery and motor drive technology, automobile marketing, automobile fault diagnosis technology, etc.

2. Introduction to new energy vehicle technology.

Training objectives: to cultivate high-end technical and skilled talents with all-round development in moral, intellectual and physical aspects, with good comprehensive quality, mastering the basic theories and professional knowledge necessary for the application of new energy vehicle technology, and being able to use new energy vehicle testing equipment and tools to engage in the production, assembly and commissioning, performance testing and maintenance, fault diagnosis and elimination and technical management required by the production of new energy vehicles, and have certain innovation ability and pioneering spirit.

Training specifications: 1. Knowledge requirements.

1) Master certain basic knowledge. It includes basic knowledge of English, basic knowledge of mathematics, basic knowledge of computer science, and relevant knowledge of employment and entrepreneurship.

2) Understand and master the relevant professional basic knowledge. Including the basic knowledge of electrical structure, automobile structure, etc.

3) Master relevant professional and technical knowledge. Including new energy vehicle motor and electronic control standards, electric vehicle maintenance and other professional fluid skills.

2. Ability requirements (1) Have the ability to read electrical schematic diagrams and mechanical assembly diagrams. (2) Have the ability to skillfully use electrical instruments and electrical tools. (3) Have the ability to master the installation, testing and commissioning of the power system of new energy vehicles.

4) Have an awareness of professional ethics and relevant laws that must be complied with in the automotive industry.

3. The employment orientation of new energy vehicle technology majors and the main occupational positions.

Employment orientation: 1. The basic employees of the initial position group of the enterprise, engaged in automobile damage assessment, automobile maintenance and maintenance, automobile repair, automobile sales and other related work. 2. Develop job groups Enterprise technicians, engineers, sales supervisors, and department managers.

Main Job Description::

1. Automobile repair technician is a technical management personnel engaged in automobile breakdown, detection, repair and maintenance. 2. Automobile damage assessment technician.

Cultivate service and technical talents who have mastered the knowledge of modern automobile accident assessment and claims, automobile vehicle identification and loss assessment, automobile insurance, and automobile finance, and have the ability of automobile accident investigation and evaluation, damage assessment and claim settlement.

3. Automobile sales mechanic.

The basic processes such as customer development, customer tracking, sales guide, sales negotiation, and sales transaction may also involve technical personnel in auto insurance, licensing, decoration, car delivery, claims, annual inspection, etc.

1. The employment prospects of new energy vehicle majors are bright.

At present, our country is implementing it"Resource-saving and environment-friendly"The state implements key support policies for new energy vehicles. At present, the financial support of the national dust infiltration family has promoted the accelerated development of the new energy industry, and has become the highlight of a new round of automobiles. With the rising oil prices and increasingly prominent energy and environmental protection issues, new energy vehicles will undoubtedly become the development direction of future automobiles.

Therefore, the talents cultivated by the new energy vehicle technology major must be scarce talents who have not imitated the pure.

2. There are a wide range of employment paths for graduates majoring in new energy vehicles. Graduates majoring in new energy vehicles can be recruited through competition to become technical personnel of new energy vehicle companies; You can also go to the 4S shop to be a maintenance technician for new energy vehicles; It is also possible to find employment through self-employment.

3. Introduction to new energy vehicles

The new energy vehicle technology major is a new energy vehicle shortage talent major based on the country's vigorous development of electric vehicles.

Professional core competence of new energy vehicle technology It has the ability to assemble, inspect and maintain new energy cars and the marketing service capabilities of automobiles and accessories.

Energy and power is a popular major that has emerged in recent years, including three majors: energy and power engineering, energy and environmental system engineering, and new energy science and engineering. The energy and power category is divided into four professional directions: thermal engineering, heat engine, fluid machinery and engineering, air conditioning and refrigeration.

There are 4 professional directions in energy and power.

Thermal Energy & Power Engineering, Thermal Engines, Fluid Machinery & Engineering, Air Conditioning & Refrigeration.

Thermal Engineering: Thermal engineering is a discipline that studies the release, conversion, transmission and rational utilization of thermal energy, which is widely used in energy, power, space technology, chemical industry, metallurgy, construction, environmental protection and other fields. Cultivate senior engineers and technicians engaged in research, design, operation management, and product development in thermal engineering and engineering thermophysics.

Thermal engine: Thermal engine mainly studies the design, manufacture, operation, fault monitoring and diagnosis, and automatic control of high-speed rotating power plants, including steam turbines, gas turbines, turbojet and turbofan engines, compressors and fans. Cultivate senior engineering and technical talents for aviation, aerospace, energy, shipbuilding, petrochemical, metallurgy, railway and light industry and other departments.

The main destinations of graduates of this major include: power generation equipment development, design and production of burial departments, large-scale power stations, aviation and aerospace engine research and production departments, ship engine research and production departments, as well as Wanhua system power equipment development, production and operation departments.

Fluid Machinery and Fluid Power Engineering: Mainly research fluid machinery and its working system automation, fluid circulation system energy saving, etc., in hydropower and water conservancy, machinery manufacturing, transportation, petrochemical, construction machinery, food and textile, aerospace, ship armament and even municipal facilities, industrial and civil construction and other departments have a wide range of applications. This professional direction includes the design, operation and automation management, control theory and engineering application of fluid machinery and various fluid power systems, etc., and cultivates senior engineering and technical talents engaged in the research, design, manufacturing, operation, product development and scientific research of vane pumps, water turbines, fans, hydraulic mechanics, fluid transmission and control, turbulence control, microscale channel flow, viscoelastic non-Newtonian fluid mechanics, etc.

Air conditioning and refrigeration: mainly research refrigeration and cryogenic technology. It is widely used in energy, aerospace, aviation, automobile, petrochemical, food and pharmaceutical production, medical equipment and air conditioning and refrigeration equipment production and other fields.

This major direction cultivates senior engineering and technical talents engaged in the design, operation management, product development and scientific research of air conditioning and refrigeration engineering and equipment. This major direction corresponds to the discipline of refrigeration and cryogenic engineering, and has the right to confer master's and doctoral degrees.

Prospects for the development of energy and power engineering.

Direction of employment. Industrial enterprises: thermal engineering, power engineering, refrigeration engineering, HVAC engineering, product development, mechanical design, process design, production technology, technology development, production management.