What is metallurgical engineering?

Metallurgical engineering is a field of metallurgical engineering, which is a subject in the engineering technology field of extracting metals or compounds from ores and other resources and making them into materials with good performance and economic value. Metallurgical engineering is closely related to many disciplines and promotes their development.

course

Main courses: introduction to metallurgical engineering, transmission principle, metallurgical principle, metal materials and heat treatment, metallurgical physical chemistry, iron and steel metallurgy, nonferrous metallurgy, modern analysis methods of materials, refractory materials, etc.

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

Training objectives

This major trains senior engineering and technical personnel with solid basic theory and professional knowledge of metallurgical engineering, who can engage in product development and process design, production organization and management, technology development and scientific research in the fields of iron and steel metallurgy and nonferrous metallurgy.

Academic paper

Combined with the actual projects of metallurgical enterprises, the research work can be the research and development of new smelting technologies, new processes and new equipment, the technological innovation of original metallurgical processes and equipment systems, the detection technology and quality control of metallurgical processes, the research of metallurgical process equipment condition monitoring and fault diagnosis system, and the innovation of management mode of large metallurgical enterprises. Write a paper according to the research results: for the achievements of new product design and development technology, the paper should have a comparison of design schemes,

Evaluation, design calculation and complete drawings; For the achievements of major technological transformation and innovation, there should be an evaluation of the original equipment and technology, an opinion on the transformation and innovation plan and an analysis of the technical and economic effects of the achievements; For product quality control and test results, there must be a test plan, complete experimental data, data processing and analysis methods and result analysis;

For the production equipment management achievements, we must give a new management theory system, analyze the effect of enterprise output and quality, and give an innovative management information system.