Mechanical Engineering Course

Very few aspects of our modern life would be possible without mechanical engineering. Mastering the principles of motion, energy, and force through mechanical solutions is how we run our lives with mechanical devices. A mechanical engineering course teaches you to the fundamentals of working on equipment such as refrigeration and air-conditioning equipment, power tools, electric generators, internal combustion engines, steam and gas turbines, and other power-generating machines. A mechanical engineering course can help you satisfy a degree requirement or advance your career as a mechanical engineer.

Mechanical Engineering Course Success Factors

A mechanical engineering course requires a specific skill set to be successful in a mechanical engineering course and in a mechanical engineering career. Success in mechanical engineering means you are typically calm under pressure, are patient and cautious, are meticulous and detail-oriented, are adept at problem solving, and possess strong mathematical and analytical skills.

Mechanical Engineering Course Objectives

You may have a number of objectives for taking a mechanical engineering course. A particular mechanical engineering course may be a degree requirement for graduation in your major. A mechanical engineering course may also satisfy one of your course electives. If you're currently working, a mechanical engineering course may help you perform your job better, advance in your career, or qualify you for a different career. Additionally, taking a mechanical engineering course may simply satisfy your personal interest in mechanical engineering.

Mechanical Engineering Course Majors

A mechanical engineering course may be taken as a requirement of a mechanical engineering major. Other majors that offer mechanical engineering courses include general engineering, electronics engineering, and civil engineering.

Mechanical Engineering Course Curriculum

A mechanical engineering course typically provides a curriculum in physics, fluid dynamics, materials science, robotics, manufacturing processes, thermodynamics and heat transfer, environmental science, mathematics, calculus, and chemistry.

Mechanical Engineering Course Degrees

A mechanical engineering course can be a steppingstone to a degree in mechanical engineering. A bachelor's degree in mechanical engineering typically qualifies you for a mid-level job in mechanical engineering. A master's degree in mechanical engineering qualifies you to study laboratory research and computational analysis and for more in-depth study in a particular specialty. A doctoral degree in mechanical engineering qualifies you to contribute to the field at the highest levels of research, theory and policy.

Mechanical Engineering Jobs

A mechanical engineering course can also be a steppingstone to a career in mechanical engineering. Mechanical engineers work in manufacturing companies such as machinery, transportation equipment, computer and electronic products, and fabricated metal products. They also work as automotive engineer, biomedical engineer, consultant, energy conservation engineer, engineer, power generation, fluid mechanics engineer, mechanical maintenance engineer, piping engineer, HVAC engineer, nuclear engineer, robotics engineer, teacher, acoustics engineer, design engineer, thermal design engineer, tool engineer, product designer, research and development specialist, systems manager, and marketer.