The rational production of material science comes from the development trend of scientific and technological progress. With the development of solid state physics, inorganic chemistry, analytical chemistry, physics and other courses and the gradual advancement of the study of material structure and physical properties, everyone has further familiarity with the essence of materials and scientific research; at the same time, with the development trend of contemporary material science and technology progress, metal materials, polymer material materials and porcelain materials science and rationality have long been self-contained, they are generally closely related to each other, and then a new material field - composite materials, not only for the aerospace field, And the use of contemporary state-run economy, new energy technology and network technology is also expanding.
Integrating the above technical characteristics and development trends, the basic research content of the rational major in material science includes the following categories: polymer materials, metallic materials, functional materials, computational materials science, electronic devices, electronic optics, Magnetic materials (optical, electronic and magnetic materials), microbial materials (biomaterials), nanotechnology materials (nano materials), power energy materials (energy materials), composite materials (composite materials) and so on.
Introduction to popular courses
The basic course content of reasonable majors in materials science usually includes math, communications, electronic information science, natural sciences, physics and organic chemistry, humanities, architectural engineering design, etc. The content of the professional course includes the physics and organic chemistry characteristics of materials, transmission conditions, compressive strength of materials, structural and organic chemistry characteristics. Reasonable materials science students use linear differential equations to measure and process the main manifestations of solid materials. In addition, in most of the course content, materials professionals will continue to learn about the use of transmission electron microscopy and modeling software to study and design the composition of schematic materials.
Generally speaking, reasonable majors in materials science are lectures in small classes, and the total number of students in most classes is unlikely to be higher than 20, which promotes closer communication between professors and students. At the same time, students can train and improve their english oral expression and writing level, because in many cases the basic theories touched are all defined, students must reflect according to the three-dimensional model.
The needs of reasonable professional course content in material science are basically the same in any American college, and all course content is concerned with the characteristics of materials, external economic structure and its internal relationship. Some colleges and universities will focus on mechanical equipment materials, material heat and their material dynamic models, and some colleges and universities may focus on special materials, such as porcelain materials or polymer material materials, which lies in the perspectives and interests discussed by experts and professors of colleges and universities that set up materials majors.
Basic course content for the Materials Science Rationality and Engineering Project major
Introduction to materials Mechanical behavior of solids Thermodynamics of materials Engineering design of materials kinetics of materials Materials characterization laboratory Physical metallurgy Engineering computational laboratory processing and properties of ceramics) degradation of materials Composites Failure analysis of fundamentals of polymers Phase equilibria Polymer processing Advanced project design (senior design project）
Industry trends
With people entering a new era and reasonable development trend, whether it is the field of industrial production, engineering and construction, medical field or aviation field, materials science is facing the opportunity of technical improvement and important industrial development planning. At the same time, new material technology innovations, such as polymer materials, nanotechnology materials, optoelectronic materials, microbial medical materials, and new energy technology materials, have also become extremely active. Many daily machinery, machining and manufacturing, petrochemical equipment, steel manufacturing companies must be excellent talents at the level of materials and related engineering projects.
Metal materials and materials major, most people will choose to analyze again in depth, functional materials or indoor space with very large talents, polymer materials and materials development trend is very rapid, so the number of handling this major is also slightly more, in the student employment level can be engaged in scientific research, scientific research and development, processing technology and mechanical equipment design, manufacturing and operation management and other fields of work, the development prospects are very good. Electronic information technology materials are popular in today's material science and reasonableness, so the total number of applications is also large, and the market competition is fierce. After graduation, students majoring in materials science rationality and engineering projects can engage in scientific research and classroom teaching, scientific research and development, processing technology and mechanical equipment design, technological innovation and operation management in the fields of various materials preparation, production and processing forming, material structure and characteristics.
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