 |
What is Mechanical Engineering? |
Mechanical Engineers are problem solvers. They apply
the laws of science in order to provide practical solutions to problems.
Mechanical Engineers generally deal with the relations among forces,
work or energy, and power in designing systems which will render the
achievements of science to the betterment of the human environment.
They may work to extract oil from deep within the earth or to send
a spacecraft to the moon. The products of their efforts may be automobiles
or jet aircraft, power plants or air conditioning systems, large industrial
machinery or household can openers. They are involved in programs
to better utilize natural resources of energy and materials as well
as to lessen the impact of technology on the environment.
Mechanical Engineers, while strongly oriented
towards science, are not scientists. Science is a search for knowledge.
The science of mathematics extends abstract knowledge. The science
of physics extends organized knowledge of the physical world. In
each of these, consideration can be limited to a carefully isolated
aspect of reality. The Mechanical Engineer, however, must deal with
reality in all its aspects. He or she must not only be competent
to use the most classical and the most modern parts of science,
but also must be able to devise and make a product which will be
used by people. Moreover, the engineer must assume professional
responsibility insofar as the safety and well-being of society are
affected by those products.
Mechanical Engineering involves the planning,
design, manufacture, and operation of devices, machines and systems.
Mechanical Engineering is a broad discipline at the forefront of
technological advancements in energy conversion, manufacturing,
machine design, fluid mechanics, and aerospace systems. Virtually
all facets of modern life are directly affected by the work of mechanical
engineers. Today's mechanical engineers are routinely working on
a variety of new ideas and innovations including robotics, laser
systems, new energy sources, automatic controls. and computer graphics
systems in applications related to space technology and aircraft
design, orthopedic biomechanics, pollution control, automobile design
and combustion engines, robot vision, problems of heating and lubrication,
and the development of microprocessors and computer-based computational
algorithms. Mechanical engineers continue to work toward meeting
the demands of an increasingly complex technological society.
Creativity: Engineering Design
Mechanical Engineers create solutions to technical
problems.
Career Opportunities
Mechanical Engineering graduates from UNLV have
gone on to rewarding careers with industry, utility companies, consulting
engineers and local, state and federal agencies. Many students decide
to continue their education in graduate school at UNLV or at other
fine universities. The long term outlook for employment of Mechanical
Engineers appears to be excellent both regionally and throughout the
country. Salaries and advancement prospects compare favorably with
many other professions. A typical Mechanical Engineer working in the
United States earns a median base salary of $47,985 (Summer 2002).
For updated numbers, please check: http://www.salary.com/
|
|
|
