Mechanical Engineering
Mechanical engineers apply principles of physical sciences to the analysis, simulation, design and testing of mechanical components. With expertise in the mechanical engineering sciences of thermodynamics, fluid mechanics, solid mechanics, kinematics and engineering design, mechanical engineers apply their expertise to the design of a wide range of components in a variety of industries. In developing these designs, mechanical engineers often use computer aided design and simulation software to create virtual prototypes. Examples of components developed by mechanical engineers include automotive parts, robots, biomedical devices, heating and ventilation systems, and aerospace components. Mechanical engineers are actively involved in the advancement of alternative energy sources including the implementation of wind power technology, solar energy, lightweight materials and structures, and nuclear power. Mechanical engineers with advanced degrees often work in research and development. After beginning their career in a technical position, many mechanical engineers move into management.
To illustrate the diversity of career opportunities for mechanical engineers, consider the following list of people who began their careers with degrees in the area of mechanical engineering:
For more information about things Mechanical Engineers do:
URI Mechancial Engineers Host Rocket Competition
URI's Student Section of the American Society of Mechanical Engineers hosted a
Bottle Rocket Competition
(video)
in conjunction with the College of Engineering's Annual Picnic.
Prof. Jouaneh publishes two Mechatronics texts
Prof. Musa Jouaneh recently published two new textbooks:
Fundamentals of Mechatronics
and Laboratory Exercises in Mechatronics
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