Mechanics Graduate Programs

Those considering applying to a mechanics graduate school should ideally possess the following qualities:

• Strong background in math, engineering, and science
• Mechanically and technologically-minded
• Interest in applied research
• Excellent problem-solving abilities

Mechanics Graduate Programs and Curriculum

Mechanics graduate schools teach students to solve mechanical problems using engineering, math and science principles. These programs have different areas of specialty and it’s highly recommended that prospective students check with the schools of their choice to ensure their interests match the coursework offered. Some common mechanics graduate classes include:

• Nanoscale science and technology
• Experimental stress analysis
• Thermodynamics
• Fluid mechanics
• Heat transfer
• Quality engineering
• Experimental design

Both mechanics master’s degrees (M.S.) and mechanics Ph.D.s exist. Some mechanics master’s programs offer both a thesis and non-thesis option, while mechanics Ph.D. programs generally require a dissertation and passing grades on oral and written exams in order to fulfill degree requirements. Depending upon the school, the master’s degree can take one to three years, while the Ph.D. takes an average of four to six years.

A bachelor’s degree is required for entry into a master’s in mechanics. Some mechanics Ph.D. programs require a master’s degree for entry, while others require only a bachelor’s. Mechanics graduate programs also require GRE scores, letters of recommendation, transcripts and a personal statement. If applicable, TOEFL scores must also be submitted. Check with the school of your choice for specific application requirements.

Most applicants to mechanics graduate school hold an undergraduate and/or master’s degree in mechanics and/or engineering. However, many schools also admit students who have studied other branches of science as long as they have had a solid grounding in relevant principles. Check with the schools of your choice for specific admissions requirements.

Many mechanics schools are accredited by ABET (Accreditation Board for Engineering and Technology). According to ABET a degree from an accredited school is usually required for licensure.

Mechanics Career Paths

Those holding mechanics graduate degrees could work in architecture, engineering, the federal government, aerospace and manufacturing. They may be involved in manufacturing, research and design and management. Individuals with Ph.D. degrees in mechanics may be qualified to teach and research at the university level. In addition, those with graduate degrees in mechanics might use their technical knowledge to work as consultants, writers, or editors.

Mechanics Future Job Outlook

According to the Bureau of Labor Statistics, in 2010 the median annual salary of mechanical engineers was $78,160. The median annual wage for aerospace engineers was $103,870, and, $76,100 for industrial engineers. Salaries vary according to location, experience, industry, and education.

The BLS predicts that between 2010 and 2020 job growth for mechanical engineers will be nine percent, which is slower than the national average. Job opportunities will differ by industry and those with more advanced technological skills are expected to have better opportunities. Job growth for aerospace engineers between 2010 and 2020 is projected to be five percent, with job opportunities best for those trained in Computational Fluid Dynamics software and knowledgeable about the use of collaborative engineering tools and processes. Job growth for industrial engineers will be six percent between 2010 and 2020, in part because many industrial engineers are employed in manufacturing industries that are slow-growing or in decline.

Data according to

The Bureau of Labor Statistics, Occupational Outlook Handbook, 2010-11 Ed.