Top Master’s Degree Programs in Mechanical Engineering

Master’s in Mechanical Engineering

Mechanical engineering is a broad field that involves the design and manufacture of small parts and large systems alike. Colleges and universities all over the world offer Master’s degree programs in this subject, with US schools including Stanford University, Boston University and Columbia University. UK schools include Kingston University and the University of Glasgow; Australia and Canada are among the many other countries with schools offering such programs. Students practice their engineering, management and mathematics skills.

What Is a Master’s in Mechanical Engineering?

A Master’s in Mechanical Engineering program may offer a thesis and non-thesis option, such as the one at Boston University. With the thesis option, students carry out a research project. Those who select the non-thesis option may need to take additional classes and practicums. In any case, classwork typically entails a mixture of lectures, seminars and hands-on experience. Class topics often cover:

  • Engineering research techniques
  • Advanced stress analysis and materials
  • Green engineering and efficiency
  • Feedback control design
  • Patent law
  • Product simulation
  • Mathematics

At Stanford University, five themes dominate instruction, and they include computational engineering, biomedicine and multi-scale engineering. In addition, the university offers clusters of courses for in-depth study in many areas that include robotics and kinematics, heat transfer, and design methodology. When researching universities, you should look for these with themes that fit your interests.

What Are the Benefits of Earning a Master’s in Mechanical Engineering?

The numerous advantages of earning a Master’s in Mechanical Engineering include the ability to choose from many colleges and universities worldwide. Other benefits are:

  • Developing transferable and soft skills such as leadership, writing, research and collaboration.
  • Gaining real-life, hands-on work experience.
  • Enhancing job and salary prospects by going beyond the Bachelor’s-degree level.
  • Learning under qualified faculty members.
  • Being current on design trends and advancements in mechanical engineering.
  • Choosing from a wide variety of job opportunities.
  • Picking an area of concentration (or several) to study in mechanical engineering.
  • Doing a research project or taking additional classes if you prefer not to do a thesis.

Many mechanical engineering courses are required, but programs have enough flexibility built in for students to truly pursue areas of interest with in-class projects, elective courses, work experiences and thesis opportunities.

What Kind of Career Can You Expect with a Master’s in Mechanical Engineering?

Mechanical engineering is one of these areas of study that can lead to a wide variety of jobs. To wit, potential work opportunities are in fields such as:

  • Academia
  • Aerospace
  • Automotive
  • Biotechnology
  • Electronics
  • Energy conversion
  • Environmental control
  • Manufacturing
  • Microelectromechanical systems (MEMS)

For example, a mechanical engineer working in biotechnology could work on tissue engineering and other biomedical applications. One who works in energy conversion might focus on wind turbines, fuel cells or solar energy, perhaps building or innovating parts for them or finding ways to make machinery last longer or work more efficiently. A mechanical engineer in the aerospace field could focus on spacecraft or on aircraft engines; there are many, many choices.

Numerous quality colleges and universities worldwide offer a Master’s degree program in Mechanical Engineering. There is no time like the present to begin exploring your opportunities.

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