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What are the employment prospects of the five popular majors studying in Germany?
I. Electronic engineering

Employment prospects:

Graduates majoring in electronic engineering are mainly engaged in electrical and electronic industry, computer industry, telecommunications industry and electronic energy supply. In addition, it can also be engaged in non-electronic industries, such as machinery manufacturing, automobile industry, chemical industry, mining industry, metallurgical industry, traffic control and other fields. You can choose to be an independent freelancer, or you can choose to work in institutions (institutions, universities, etc.). ).

Second, mechanical engineering

Employment prospects:

Graduates majoring in mechanical engineering can be widely engaged in the innovation, manufacture, operation and maintenance of mechanical equipment. According to different professional directions, I can be responsible for machine invention, planning, design and inspection, production scheduling and monitoring, quality control, maintenance, after-sales service, product use training and sales. So you can choose to serve engineering firms, professional federations, scientific research and education institutions, industrial technology testing associations, institutions and so on. , you can also engage in planning and design independently, or be a subject expert.

Third, materials engineering.

Employment prospects:

Graduates majoring in materials engineering are employed in industrial R&D departments, production departments, quality departments, technical sales departments and public service departments (Technical Supervision Association, Federal Bureau of Materials Inspection, etc.). ).

At present, all industrial fields and industries related to materials provide corresponding jobs. Transportation technology: automobiles, trains, airplanes (such as weight reduction, braking systems and turbines), machinery manufacturing (such as wear-resistant materials and durable materials), chemical industry (such as catalysts and heat exchange), environmental technology (such as reuse and resource protection), energy technology (such as solar cells and fuel cells), microelectronics (such as semiconductors and sensors) and information technology (such as optical fibers). Electronic image storage), medical technology, (such as dental implants, dental implants), cultural relics protection (such as restoration), mining and metallurgy industry in processing industry (ferrous and non-ferrous metals, blast furnace, steel and hot rolling workshop), surface refining enterprise in casting industry (such as anticorrosion), steel and light metal production, construction industry (such as heat preservation and sun protection glass), paper making, glass and ceramic industry.

Fourth, environmental engineering? detail