Mechanics is a fundamental discipline that investigates the laws of motion and the interactions of matter with its environment. It serves as the theoretical foundation for engineering and scientific research. This program covers areas such as  fluid mechanics, engineering mechanics, addressing complex mechanical challenges in engineering and high-tech applications. The program aims to train students to master fundamental mechanics theories and cutting-edge research methods, fostering innovative problem-solving skills to advance science and engineering.

Program Features:

1. Solid Theoretical Foundation: Students receive rigorous training in mechanics theory and mathematics, enhancing their analytical and modeling capabilities.
2. Interdisciplinary Integration: Focuses on combining mechanics with materials science, mechanical engineering, aerospace, and energy-environment disciplines, expanding the scope of research and applications.
3. Cutting-Edge Research Topics: Emphasizes advanced topics such as mechanical behavior of novel materials, micro/nanomechanics, nonlinear dynamics, and fluid-solid coupled systems.

4. Practical Skill Development: Offers platforms for experiments, numerical simulations, and engineering projects, preparing students to solve complex engineering problems.

   
   

Career Prospects:
Graduates can pursue careers in aerospace, shipbuilding, civil engineering, energy engineering, biomedical engineering, and other fields, engaging in R&D, design, analysis, and technical management. They may also work in universities and research institutes, conducting theoretical research or teaching. With the increasing complexity and precision of engineering technologies, the demand for mechanics professionals is on the rise, offering vast career potential.