Master’s in Engineering Physics
Master’s in Engineering Physics
A Master’s in Engineering Physics is a graduate-level degree program offered at various universities around the world. It largely focuses on how mathematics and science can be combined to solve many technical problems without dealing with the traditional divisions among the disciplines. Students with undergraduate backgrounds in physics, engineering and mathematics may be awarded spots in these competitive programs.
What is a Master’s in Engineering Physics?
When students pursue a Master’s in Engineering Physics, they are expected to have a strong foundation in mathematics and applied physics. The structure of each program may be slightly different depending on the university or institution from which students choose to earn their degree, but the majority of the requirements will follow a similar thread. In these programs, the curriculum is often research-based. This means students may be asked to combine a research project with various labs, lectures and seminars.
Some programs allow students to essentially tailor their programs to fit their needs. For example, At Cornell University in the US, the main program requirements include 6-12 credit hours for a design or research project and 18-24 credit hours chosen from a variety of electives. Other programs may have a set curriculum and a few opportunities for students to pursue their own interests in one or two elective classes. No matter how a program is structured, however, the coursework and overall education may be similar from university to university. Offered coursework may include:
- Applied quantum mechanics
- Applied mathematics
- Statistical mechanics
- Computer science
- Applied physics
- Mathematical physics
- Advanced mechanics
Instead of a thesis requirement, most programs include a capstone or research project that showcases the skills students build during their time at the university.
What Are the Benefits of Getting a Master’s in Engineering Physics?
When students enter master degree programs in Engineering Physics, they get the opportunity to engage in some of the most exciting, cutting-edge research in the world today. By studying a flexible interdisciplinary program, students are well-prepared to enter a variety of careers in many industries. However, one of the greatest benefits of pursuing a Master’s in Engineering Physics is the chance for students to engage in research with some of the most noted and celebrated scientists in their field from around the world. All of this experience can lead to more research opportunities, which can lead to greater opportunities for career growth. When students have a desire to pursue a PhD, graduating from this program will allow them to do so. Additionally, students may be more likely to see the greater financial rewards for their work following a master’s program as opposed to a bachelor degree.
What Kind of Career Can You Expect With a Master’s in Engineering Physics?
Career options for Master’s in Engineering Physics graduates are varied. Students can find successful employment in government, industry, private research or in the military. Some of the most common career paths include:
- Aerospace engineer
- Nuclear engineer
- Materials scientist
- Acoustic engineer
No matter what your ultimate goals are, you can find a program to fit your needs. Choose a preferred area of study and begin your search for a new future today.