1, chemical engineering and technology

Chemical engineering for short is an engineering and technical discipline that studies the general principles and laws of chemical and physical processes represented by chemical industry and other process industries (such as oil refining industry, metallurgical industry, food industry, printing and dyeing industry, etc.). ), and apply these laws to solve the problems of development, design, operation and optimization of processes and equipment.

This paper mainly studies the large-scale changes of chemical components in materials and their mechanical and physical properties. Simply define the essence of chemical engineering, apply it to chemical industry based on mathematics and a few physical concepts, and provide a most cost-saving reaction flow design method for factories producing various chemicals or materials.

2, mechanical engineering

Mechanical engineering has always been to increase output, improve labor productivity and improve the economy of production, that is, to research and develop new mechanical products with the goal of improving human interests. In the future, the research and development of new products will take reducing resource consumption, developing clean and renewable energy, controlling, reducing or even eliminating environmental pollution as super-economic goals and tasks.

3. Optical engineering

Specialized courses: optical design, laser principle and technology, guided wave optics, thin film optics, optical materials and technology, radiation measurement and colorimetry, Fourier optics, optical information processing, nonlinear optics, quantum optics, optical communication principle, measurement, detection and sensing technology, optical measurement and testing.