When filling in the college entrance examination, what is the specialty of rare earth materials
When filling in the college entrance examination, what is the specialty of rare earth materials technology, what is the direction of employment and what to study mainly are issues that the majority of candidates, parents and friends are very concerned about. The following is the related introduction, hoping to help everyone.
I. Training objectives
This major cultivates the all-round development of morality, intelligence, physique and art, grasps the solid scientific and cultural foundation, the knowledge of smelting and deep processing of rare earth materials and relevant laws and regulations, has the preparation and quality inspection ability of typical rare earth minerals separation, rare earth separation and purification, rare earth metal and alloy preparation, rare earth permanent magnet and other functional materials, has the craftsman spirit and information literacy, and can engage in the production inspection, equipment maintenance, process management and improvement of rare earth materials.
Second, the employment direction.
Jobs (groups) in rare earth materials industry, such as rare earth metal smelting, rare earth alloy manufacturing and deep processing of rare earth metals.
Third, the main professional ability requirements
1. has the ability to separate typical rare earth minerals such as bastnaesite, monazite and medium-heavy rare earth minerals;
2. Ability to extract and separate light rare earth elements and to separate and purify heavy rare earth elements;
3. The ability to purify rare earth metals and prepare rare earth alloys;
4. Have the ability to use automatic control and artificial intelligence technology to maintain and maintain vacuum equipment and instruments;
5. Have the ability to prepare rare earth permanent magnet materials and use intelligent detection instruments to detect magnetic properties;
6. Have the ability to prepare rare earth luminescent materials, rare earth polishing powder and rare earth catalytic materials;
7. Have the ability to detect the composition and particle size of rare earth raw materials with intelligent detection instruments and analyze the quality of rare earth raw materials;
8. Have the ability to apply digital technology and information technology to meet the needs of industrial digitalization development;
9. Have the awareness of environmental protection and safety in production, and have the ability of quality management;
10. Have the ability of inquiry learning, lifelong learning and sustainable development.
Four, the main professional courses and practical training
Professional basic courses: inorganic and analytical chemistry, rare earth element chemistry, engineering drawing and CAD, electrical and electronic technology, metallurgical principle, intelligent manufacturing technology, PLC control technology, production site management of industrial enterprises.
Professional core courses: rare earth mineral processing technology, rare earth hydrometallurgy technology, rare earth pyrometallurgy technology, vacuum metallurgy technology, metal material and heat treatment technology, rare earth material and application technology, rare earth permanent magnet material technology, rare earth material detection technology.
Practice and training: docking the real professional scene or working situation, and carrying out practical training on rare earth metallurgy, preparation of rare earth permanent magnet materials and detection of rare earth materials inside and outside the school. In rare earth metal smelting, rare earth alloy manufacturing, rare earth functional materials industry representative enterprises and other units for internship.
Verb (abbreviation of verb) example of vocational certificate
Vocational skill level certificate: spot inspection of metallurgical mechanical and electrical equipment
6. Examples of continuing majors
An Example of Continuing Undergraduate Specialty in Higher Vocational Colleges —— Applied Technology of Material Metallurgy
Examples of continuing undergraduate majors: materials science and engineering, metallurgical engineering, and metal material engineering.