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Modular curriculum planning and tutoring

Create exclusive courses for business partners to improve related theories

Modular curriculum planning and tutoring

Create exclusive courses for business partners to improve related theories

Learning is a lifetime thing. In the era of information explosion, effective and accurate learning can achieve twice the result with half the effort. The core members of the center have been deeply rooted in the field of teaching for many years. The torch of knowledge has survived all kinds of storms, so if you have anything about learning, just leave it to us, and let us tailor-made exclusive courses for you to achieve maximum benefits.

Classical Course

Category

Thin film technology

The course includes the principle of thin film deposition technology, thin film growth mechanism, thin film deposition technique, thin film characteristic analysis, and related applications. In addition, the basic principles of vacuum systems, components, and practical applications, are also introduced.

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Superhard materials and their applications

This course introduces the relevant knowledge and technological applications of superhard materials, such as diamond, silicon carbide, and boron nitride. The content includes the introduction of basic principles, the application of superhard materials, and the relevant products on the market.

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Materials analysis

This course introduces various material analysis methods for detecting the microstructure, crystal structure, chemical composition, and bonding structure of the material’s surface so that developers can correctly select appropriate tools and judge the analysis results.

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Plasma engineering

Plasma, the high-energy fourth state of matters, is usually sustained by a variety of electrical power supplies and is extensively used for material synthesis. This course provides the basic understanding of plasma behavior and the knowledge of plasma process.

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Plasma diagnostics

Plasma physical and chemical states themselves are controllable variables, such as plasma density, plasma potential, electron temperature, excited species, and ion species, and can greatly affect the microstructure of the produced coatings as well as properties. It is therefore become essential to diagnose and monitor (or control) plasma states. This course provides the basic understanding of plasma behavior and investigates the plasma diagnostics as well as plasma state control.

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