What is the re examination of the graduate professional course of the School of Materials Science an

You can send me an email address, and I will send you the re-examination questions from previous years.

The majors and research directions are as follows:

1.The main research directions of material processing engineering:

Modern tooling technology.

Precision plastic molding technology, material processing equipment and automation.

Precision forming technology for liquid and semi-solid metals.

New material preparation and forming technology.

Advanced Connectivity & Electronic Packaging Technology.

2.The main research directions of digital material forming:

Digital tooling technology.

Computer-aided technology for material forming.

Numerical simulation of the material forming process.

Rapid Prototyping Technology & Rapid Molding.

Material forming process detection and control technology.

Material Virtual Forming System.

3.The main research directions of materials science major:

Surface Science and Engineering.

Novel bulk amorphous materials and nanomaterials.

New metal and ceramic materials.

New functional materials and devices.

Optoelectronic materials and electronic packaging technology.

New energy materials and devices.

nuclear materials as well as biological materials.

4.The main research directions of the major of nanoscience and technology:

Non-equilibrium states and nanomaterials.

Nanobiomaterials.

Nano-ceramic materials.

Polymer matrix nanocomposites.

Nano-optoelectronic materials.

Packaging technology and devices.

Generally speaking, it is good, but material processing will be preferred in terms of employment and scientific research, material processing is composed of casting, forging and welding, talent is relatively short, graduates can go to enterprise companies, scientific research, after all, there is a national key laboratory. If you decide to take the material processing test, you can take a look at the materials of the professional course.

1. Training objectives.

This major cultivates innovative high-quality compound talents with innovative spirit who have the basic theoretical knowledge and application ability related to material forming and control, mechanical discipline and computer science, and can be engaged in scientific research, teaching, technology development, design and manufacturing, experimental research, enterprise management and operation in the field of material forming and computer application, and adapt to the development of market economy.

Second, the basic specification requirements.

1 Knowledge structure.

This major requires basic knowledge of advanced mathematics (calculus), computer applications, etc.; Basic knowledge of engineering mechanics, mechanical design basics, engineering materials, etc.; Material forming process, material forming equipment, mold design and CAD and other professional knowledge and basic operation technology. Learn to use professional software for 3D design and manufacturing, and have a certain level of professional English.

2 Capability structure.

Have the ability to design material molding process;

Have the basic ability to use computers for mold design and processing;

English proficiency can meet the requirements of national unity, and be able to read the English technical information of the major;

Have a certain degree of self-learning ability and innovation ability.

4. Total credits and graduation credits of the program.

Total Program Credits: 101

Theory credits: 87 Percentage of total credits: 86%.

Among them: Compulsory course credits: 66 Proportion of total credits: 65% Elective course credits: 21 Proportion of total credits: 21% Practical link credits: 14 Proportion of total credits: 14% Graduation credits: 80

Among them: theoretical course credits: 66 practical link credits: 14 V. Degree and degree courses.

Degree awarded: Bachelor of Engineering.

Degree Courses: College English Principles of Material Processing Materials Processing Engineering Mold Design and CAD 6

Advanced Mathematics Mechanical Principles Fundamentals of Mechanical Design Engineering Materials and Heat Treatment Principles of Material Processing Materials Processing Engineering Material Forming, Assembly and Automation Mold Design and CAD