Public * * * course: The public * * course of mechanical engineering major mainly includes advanced mathematics, English, engineering mechanics, engineering thermodynamics, material mechanics and other subjects. The learning content of these courses is very important for the in-depth understanding and application of mechanical engineering specialty. In the process of postgraduate entrance examination, studying these courses can broaden the breadth and depth of professional knowledge, improve the ability to solve problems and innovative thinking, and lay a solid foundation for future scientific research and engineering practice.
Basic knowledge of machinery: The basic courses of mechanical engineering specialty include engineering drawing, mechanical manufacturing technology and mechanical design. Through the study of these courses, students can master the basic concepts, principles and methods of mechanical engineering, understand the composition and operation mechanism of mechanical systems, and be familiar with commonly used mechanical parts and technological processes. By expanding the study of mechanical basic knowledge, we can strengthen our understanding and application ability of mechanical engineering technology and improve our ability to solve practical engineering problems.
Professional comprehensive ability: the expansion of professional comprehensive ability of mechanical engineering specialty includes the comprehensive application of engineering practice and professional courses. Through engineering practice, students can apply theoretical knowledge to practical engineering projects and cultivate their ability to solve practical problems and engineering management skills. The comprehensive application of specialized courses requires students to comprehensively apply various disciplines of mechanical engineering, such as mechanical design, control system, material mechanics and so on. , to solve complex engineering problems. Enhance students' practical ability and comprehensive analysis ability.
Introduction to mechanical engineering
Mechanical engineering is an engineering discipline that studies and applies the principle of material and energy conversion to design, manufacture, use and maintain various mechanical systems and equipment. Description: Mechanical engineering involves many fields, including mechanical design, mechanical manufacturing, dynamics, thermal energy engineering, fluid mechanics, automatic control, material science and so on.
Mechanical engineers use scientific principles and engineering technology to design and create various mechanical equipment, tools and systems to meet the needs of society and individuals. Mechanical engineering is a very wide field, which is applied to various industries and fields. For example, automotive industry, aerospace, energy, medical equipment, machine tool manufacturing, electronic devices and other fields all need the professional knowledge and skills of mechanical engineers.