Mechanics is an engineering discipline that studies the motion and force behavior of objects and physical systems, whether at rest or in motion. Mechanics includes the study of forces, friction, motion, energy, and dynamic and static analysis of objects and systems, and is fundamental to many industries and technical applications.

Fields of study of mechanics:

• Classical Dynamics: Analysis of the motion and strong effects of objects in three-dimensional space, such as rotational and translational motion.
• Modern Dynamics: The application of physical mathematics and computational techniques to analyze complex systems such as nonlinear dynamical systems.
• Solid Mechanics: The study of the behavior of solid materials and structures under the influence of mechanical forces, such as tension, bending, and imperfections.
• Fluid Mechanics: Analysis of fluid flows and the effects of forces on them, such as air and water currents.
• Mathematical and computational analysis: The use of mathematical modeling and computer simulation to study and analyze mechanical systems.

Objectives of studying mechanics:

• Understanding and analyzing the behavior of physical systems under the influence of mechanical forces.
• Develop and improve engineering designs to increase performance and efficiency.
• Apply technology to design and manufacture efficient mechanical systems and equipment.
• Providing innovative engineering solutions to technical problems in various industries.

Job opportunities for Mechanics graduates:

• Manufacturing Industries: Work in the design and development of products and equipment in fields such as automotive, aerospace, and marine engineering.
• Energy and Infrastructure: Work in the design and maintenance of mechanical systems related to thermal energy and electrical stations.
• Academic research: Working as a researcher in the fields of dynamics, materials and mathematical analysis.
• Engineering consulting: Providing consulting services to companies and institutions in the fields of engineering design and analysis.
• Education and training: Teaching mechanics in educational institutions and training in related engineering applications.

Mechanics is a core engineering discipline that prepares graduates to work in a wide range of industries and different technical applications, providing them with diverse and exciting opportunities in the global job market.