Discuss what certificates can be taken for materials science majors

I am majoring in materials science, and I am in my second year of graduate school this year, so I would like to ask what certificates I can take in this major? For example, what is the first-level constructor, the second-level constructor, the quality inspector... Please teach the masters! :

Registered Chemical Engineer, Registered Safety Engineer. Dullrobber (station contact ta) learning this major is the most important, our major is different from architecture, is to rely on experience to eat dullrobber (station contact ta) is to rely on experience and innovation to eat, architecture is mainly based on experience and fixed template sisy2012 (station contact ta) originally posted by dullrobber at 2010-09-11 1055:

It is based on experience and innovation, and the construction mainly relies on experience and fixed formwork, so I am mainly studying the concrete block now! Isn't that architectural? Please advise ...

ALEI0908 (contact TA in the station) The constructor has to be attached to the Engineering Bureau, and he can't apply for the exam. It seems that the test can be tested. Dullrobber concrete is still partial material, of course, the construction can also be built on the side zzuboss (station contact ta) originally posted by sisy2012 at 2010-09-11 1405:

You ask your senior brother, senior sister, we can continue to communicate. Okay, I'll ask later... SISY2012 (contact ta) my brother said that he could be attached to the construction unit. . .

Science602 (contact ta) 1. Chemical inspector.

2. Material composition inspector.

3. Food inspectors.

Registered Chemical Engineer, Registered Safety Engineer, Chemical Engineer, Environmental Protection Engineer, Safety Engineer, etc.

Materials science is a discipline that studies the interrelationship between the composition, structure, process, properties and performance of materials, and provides a scientific basis for material design, manufacturing, process optimization and rational use. Modern materials science pays more attention to the study of various materials and the interpenetration and synthesis between them.

The certificates that can be taken in materials science majors include registered chemical engineer, registered safety engineer, chemical engineer, environmental elimination and balance credit protection engineer, safety engineer, etc.

Certified Safety EngineerRegistered safety engineer refers to the professional and technical personnel who have passed the professional qualification examination for registered safety engineers and obtained the "Registered Safety Engineer Practice Qualification Certificate of the People's Republic of China", and have been registered, and the full name of English is Certified Safety Engineer (CSE).

Chemical EngineerChemical engineers should have a multidisciplinary education and training background, have strong scientific, mathematical and technical skills, and maintain a good team spirit to play a cross-functional role, mainly engaged in various chemical related industries (such as oil and gas, petrochemical, biotechnology, microelectronics, food processing, medicine, environmental management and biomedicine, etc.), and can use chemical skills to solve various life, social, environmental and other related problems.

1. Materials Science and Engineering.

1) Public basic experiments.

It mainly includes physics experiments, chemistry experiments, basic computer operation experiments, electronic and electrical engineering experiments, etc.

2) Professional basic experiments.

It mainly includes basic experiments in materials science, basic experiments in materials engineering, professional basic training in materials research and testing methods, and comprehensive experiments. According to the corresponding course syllabus, each course has at least 4 experimental days, and can support the achievement of the professional training day standard.

3) Professional experiments.

It mainly includes professional skills training, material preparation and performance comprehensive experiments, etc. It is required to set up at least 7 experiments related to the mechanical, thermal, electrical and other properties of materials, and complete the preparation of at least 1 material at the same time, including the whole process training of raw material selection, formula calculation, process design, preparation, related performance testing and structural analysis.

2. Physics of Materials.

The basic knowledge of the discipline is regarded as the basic knowledge of the professional class, including the foundation of materials science, the foundation of materials engineering, and the characterization of material structure.

1) The basic knowledge of materials science includes material structure, crystalline defects, phase structure and phase diagram, non-respectful crystalline structure and properties, solid surface and interface, solidification and vapor deposition of materials, diffusion and solid phase transition, sintering, deformation and fracture, electronic structure and physical properties of material dust removal materials, and material introduction.

2) The basic knowledge of materials engineering includes the basic knowledge of fluid flow foundation, heat transfer, mass transfer process and control, material and product design, material selection, manufacturing, processing and molding, failure analysis, engineering drawing, mechanical design and manufacturing foundation, electrical engineering and electronics, etc.

3) Knowledge of physical chemistry includes gases, the first law of thermodynamics, the second law of thermodynamics, thermodynamics of multi-component systems, chemical equilibrium, phase equilibrium, chemical reaction kinetics, electrochemistry, surface phenomena and colloidal dispersion systems.

3. Metallurgical engineering.

Main courses: Metallurgical Engineering, Principles of Transmission, Principles of Metallurgy, Metallic Materials and Heat Treatment, Metallurgical Physical Chemistry, Iron and Steel Metallurgy, Non-ferrous Metallurgy, Modern Analysis Methods of Materials, Refractories, etc.

Practical teaching: including metalworking practice, understanding practice, production practice, professional experiment, computer operation experiment, curriculum design, graduation practice, graduation project.

After the college entrance examination, candidates are thinking about what major should be chosen in college. If you want to know what materials science does, take a look at this article!

What is materials science for?

Materials science is the study of the interrelationship between the composition, structure, process, properties and performance of materials. The major of materials science cultivates senior professionals in materials chemistry who can engage in research, teaching, scientific and technological development and related management in materials science and engineering and related fields.

Training requirements for materials science major.

Students in this major mainly learn the basic theories, basic knowledge and basic skills of materials science, receive basic scattered training in scientific thinking and scientific experiments, and have the basic ability to use the basic theories, basic knowledge and experimental skills of chemistry and materials chemistry to carry out material research and technology development. Graduates are expected to acquire knowledge and competencies in the following areas:

1. Master the basic theories and basic knowledge of mathematics, physics, chemistry, etc.;

2. Master the basic knowledge, basic principles and basic experimental skills of material preparation (or synthesis), material processing, material structure and performance determination, etc.;

3. Understand the general principles and knowledge of similar majors;

4. Familiar with national policies on materials science and engineering research, scientific and technological development and related industries, domestic and foreign laws and regulations on intellectual property rights;

5. Understand the theoretical frontiers, application prospects and latest development trends of materials chemistry, as well as the development status of materials science and engineering industry;

6. Master the basic methods of Chinese and foreign language data inquiry, literature retrieval and the use of modern information technology to obtain relevant information; Have the ability to design experiments, create experimental conditions, summarize, sort out and analyze experimental results, write and participate in academic exchanges.