Research Masters Degrees in Engineering. Engineering is broadly defined as the design, construction, and use of machines, structures and systems. Science, math, and economics are often used in these processes, and even the arts and social sciences may come into play, depending upon the specific project.
A master’s degree in engineering is a professional degree offered to students who have already earned their bachelor’s degree in engineering or in a related field. Most students interested in completing an engineering master’s degree can choose between the Master of Engineering and the Master of Science in Engineering. Each is designed to prepare students for careers in engineering. The Master of Science in Engineering is research-based while the Master of Engineering program is coursework-based.
Engineering Master's Program Curriculum
Students can choose between the Master of Science in Engineering and the Master of Engineering.
The Master of Science in Engineering program emphasizes the in-depth study of specializations in engineering. Students who choose this program can expect to complete coursework and a written thesis and generally pursue a career in research and academia. This program takes one to two years to complete.
The Master of Engineering degree program emphasizes hands-on work and is generally pursued by engineers who want to advance their skills within their current field. This program takes up to one year to complete.
Engineering graduate programs typically have four areas in which to focus:
- Chemical Engineering
- Civil Engineering
- Electrical Engineering
- Mechanical Engineering
Within these categories are dozens of types of specializations. Whichever program you choose, you will likely take classes in math, science, technology, theory and research methodology. Depending upon your program, it typically takes two to three years to finish and you will be well prepared for employment in the field of engineering. An engineering graduate program’s curriculum is typically comprised of the following classes:
- Civil engineering
- Mechanical engineering
- Industrial engineering
- Electrical engineering
- Computer engineering
- Aerospace engineering
- Environmental engineering
- Chemical engineering
- Health and safety engineering
Given our current era’s advances in technology, new specialties are constantly developing.
Graduate programs also often include a direct-experience component, such as lab work and internships. Many programs also require a thesis or a final project.
Master's in Engineering Career Paths
A graduate student’s area of focus usually dictates their career path within the field of engineering. Those holding graduate degrees in engineering can find positions in research and design, product development, management, sales, operations and software, just to name a few. Engineers typically specialize in a particular area of engineering, some areas of specialization include; aerospace engineering, architectural engineering, biomedical engineering, chemical engineering, or civil engineering. The graph below provides 2012 median annual salary data for select engineering specializations.