Where does new energy employment generally go?

After graduating from new energy major, I can engage in research and design, product development, manufacturing, testing, management and teaching of thermal energy engineering, power engineering and refrigeration engineering in large enterprises, related companies and related scientific research institutes, design institutes, universities and management departments.

The main employment direction is power plant, internal combustion engine factory, automobile factory, logistics control, boiler factory, large machinery factory, shipyard, air conditioning factory, refrigeration equipment factory, HVAC engineering, etc.

Employment direction of new energy specialty

1, Automobile Emission Reduction-Electronic Department

Traditional power electronics technology will gain huge development space. The enrollment scale of the power supply direction, which is not very popular in the electronics department, has also expanded accordingly. The current development direction is: on the one hand, to reduce emissions by improving power conversion efficiency; On the other hand, electric vehicles will be further developed, especially the design, testing and manufacturing of motors and controllers for new energy vehicles. The U.S. government, the China government, Japan and Western Europe have all invested a lot of money.

2. Low Carbon-Chemistry, Department of Chemical Engineering

Chemical industry is a special industry, and energy conservation and environmental protection are the core issues of chemical enterprises. At present, the Copenhagen conference has made a positive commitment to carbon emission reduction. Chemical industry is closely related to carbon emissions and is one of the core industries of low-carbon economy. For example, the development of fluorination technology and reducing the carbon content in fuel oil are very potential methods to reduce the pollution of traditional energy sources.

3. New energy sources such as solar energy and wind energy-Department of Electronics, Department of Materials and Department of Physics.

Although solar energy has been put into use in our daily life, it cannot be popularized on a large scale because of its low conversion efficiency and high price. Therefore, further research on solar energy has also received more research funds. Among them, photoelectric materials and electronic photoacoustic photovoltaic are one of the research fields. Take Tufts University as an example, the Department of Electronics has introduced new professors in this field.