Mechanical Engineering is a branch of engineering science / engineering that studies energy and energy sources as well as the application of principles of physics for analysis, design, manufacturing and maintenance of a mechanical system. Mechanical Engineering is one of the areas of engineering science that can provide great opportunities to realize the industry both in terms of machine maintance and repair, drafting / design, manufacture / production and environmental systems in the future. This profession is supported by the high intellectual, creative and innovative power.
What is Learned in Mechanical Engineering?
Students of Mechanical Engineering in addition to having to master the basics of science (mathematics, physics, chemistry), they also need to understand the various concepts including mechanics, kinematics, thermodynamics and energy. In Mechanical Engineering field of study dealing with a lot of early-mover movers, such as steam turbines, combustion engines, tooling machines, pumps and compressors, chillers and heaters, and certain chemical tools. Moreover, in Mechanical Engineering also studied physical properties and phenomena that occur in a material. This includes supporting material properties in traction, pressure, or torsion.
Mechanical engineering or mechanical engineering is the application of principles of physics for analysis, design, manufacturing and maintenance of a mechanical system. This science requires a deep understanding of the concept of the main branch of mechanics, kinematics, material engineering, thermodynamics and energy. Expert or experts of mechanical engineering usually referred to as an engineer (mechanical engineering), which utilizes an understanding of the science of this technique in designing and analyzing manufacturing of vehicles, aircraft, industrial plants, equipment and machinery and other industries. Mechanical engineering usually consists of:
Design of Mechanical and Construction
Manufacturing Processes and Production Systems
Materials Science / Metallurgy
Mechanical engineering began to develop as a science after the industrial revolution in Europe in the 18th century. Later in the 19th century is growing again following the development of the physical sciences. Engineering sciences are increasingly sophisticated, and the engineers are now developing themselves on the composite, mechatronics, and nanotechnology. Science also has a relationship with aerospace engineering, civil engineering, electrical engineering, petroleum engineering, and chemical engineering.
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