Mechanical Engineering Program

Almost all physical technologies and equipment are designed and maintained by mechanical engineers of some kind. As automation continues to flourish in contemporary society, the need for qualified mechanical engineers is greater than ever. A mechanical engineer masters the principles of motion, energy, and force through mechanical solutions. Built upon these principles, a mechanical engineering program teaches you to the fundamentals of working on equipment such as electric generators, internal combustion engines, steam and gas turbines, refrigeration and air-conditioning equipment, power tools, and other power-generating machines. So if you're considering a career as a mechanical engineer, take a moment now and find the right mechanical engineering program for you.

Mechanical Engineering Program Success Factors

Successful mechanical engineers typically possess strong mathematical and analytical skills, are adept at problem solving, are calm under pressure, are patient and cautious, and are meticulous and detail-oriented.

Mechanical Engineering Program Curriculum

A mechanical engineering program curriculum is designed to prepare you for the many challenges of a career in mechanical engineering. A typical mechanical engineering curriculum includes courses in mathematics, calculus, chemistry, physics, fluid dynamics, materials science, robotics, manufacturing processes, thermodynamics and heat transfer, and environmental science.

Mechanical Engineering Program Degrees

A bachelor's degree in mechanical engineering typically qualifies you for a quality, well-paid job in mechanical engineering. A master's or doctoral degree in mechanical engineering is necessary to study laboratory research and computational analysis and for more in-depth study in a particular specialty. Doctoral degrees in mechanical engineering are designed for advanced professionals who want to contribute to the field at the highest levels of research, theory and policy.

Mechanical Engineering Jobs

Over half of mechanical engineers work in manufacturing, including machinery, transportation equipment, computer and electronic products, and fabricated metal products. Other mechanical engineering fields include product design, research and development, systems management, energy and marketing. Some mechanical engineering professions include automotive engineer, biomedical engineer, consultant, HVAC engineer, nuclear engineer, robotics engineer, teacher, acoustics engineer, design engineer, energy conservation engineer, engineer, power generation, fluid mechanics engineer, mechanical maintenance engineer, piping engineer, thermal design engineer, and tool engineer.