Is it easy for mechanics graduate students to find jobs?

Graduate students in mechanics are easy to find jobs.

Postgraduates of general mechanics can engage in basic theoretical and applied basic research in the fields of mechanics, aerospace, machinery, architecture or similar marginal disciplines. You can also engage in engineering analysis and design calculation in the engineering design department.

Because they have strong professional training in mathematics, mechanics and computer during their study, they are also suitable for positions closely related to mathematics and mechanics, such as scientific research departments, high-tech development units and colleges and universities.

Graduates majoring in solid mechanics can be senior professionals engaged in science, teaching, technology and management in mechanics and related scientific fields, and can also engage in related research, development and practical application in production enterprises.

After graduation, I can engage in technical development or large-scale engineering calculation and design work and engineering calculation software work in the fields of machinery, civil engineering, materials, energy, transportation, aviation, aerospace, shipbuilding, national defense, military industry, etc., and I can also engage in teaching and scientific research work in colleges and universities.

Introduction to mechanics:

Mechanics is a science that studies the laws of motion of matter machinery. There are many levels of natural matter, from the cosmic system, macroscopic celestial bodies and conventional objects, microscopic particles, fibers and crystals, to microscopic molecules, atoms and elementary particles. Generally understood mechanics focuses on the study of natural or artificial macroscopic objects.

However, due to the mutual penetration of disciplines, it sometimes involves objects and related laws at all levels, whether at the cosmic level or at the microscopic level. Mechanical movement, that is, mechanical movement, is the change of position of matter in time and space, including movement, rotation, flow, deformation, vibration, fluctuation and diffusion. And balance or stillness is a special case.

Mechanical movement is the most basic form of material movement. Other forms of material motion include thermal motion, electromagnetic motion, atom and its internal motion and chemical motion. Mechanical movement often coexists with other forms of movement.

Only when studying mechanical problems can the form of mechanical motion be highlighted; If other forms of motion have great influence on mechanical motion, or the interaction between them needs to be considered, mechanics and other disciplines will form an interdisciplinary or marginal discipline.