Arizona Online Master Degrees in Mechanical Engineering
An online mechanical engineering masters typically includes courses such as combustion, gas dynamics, mechanical design, biomechanics, alternative energy systems and more. Learn more about these graduate programs today.
Mechanical engineering skills are requisite in numerous fields and industries, including information technology, automobile, aeronautics, and medicine. Working in multi-disciplinary teams, employing both their professional and ethical knowledge, mechanical engineers realize a deep commitment to society while utilizing technology to develop new products and processes.
Online Mechanical Engineering Master's Degree Program Coursework
Graduate level mechanical engineering programs grant both master and doctoral degrees - Master of Mechanical Engineering (M.M.E.), Master of Science in Engineering (M.S.E.), Doctor of Engineering (D.Engr.) and Doctor of Philosophy (Ph.D.). Key coursework included in mechanical engineering curriculums includes: mathematics, basic mechanics, thermal science, and fluid mechanics. Research projects are an integral part of mechanical engineering curriculums, supplementing students' theoretical and practical skills. Specific research areas that various schools have chosen are: Air Pollution Control, HVAC & Refrigeration, Biomechanics and Imaging Technologies, and Noise Reduction, among others.
Potential Job Opportunities for Mechanical Engineers
Providing their knowledge and skills to a wide variety of fields and industries, mechanical engineers may be able to pursue a vast array of occupations. Specific areas of research and development which utilize mechanical engineers' skills and knowledge are: manufacturing processes, energy conservation, noise control and acoustics, refrigeration and air conditioning, transportation, and product safety and reliability. Visit the sites of our sponsoring programs for
more specific information and to learn about particular programs and areas of focus.
Arizona State University
Most embedded systems require a high degree of predictability and reliability, and involve tight interactions with their physical environment.