Engineering Physics vs Physics: Which major should I choose?

I'm having trouble deciding between majoring in Engineering Physics or Physics. Can anyone explain the differences between the two majors? What kind of courses should I expect in each? And what career prospects do they offer post-graduation?

While both Engineering Physics and Physics have a strong foundation in physics principles, they differ in focus, coursework, and career prospects.

Engineering Physics combines the study of physics with engineering principles, making it more applied in nature. The curriculum usually covers a wide range of subjects in both traditional physics and engineering. You can expect courses like classical mechanics, quantum mechanics, thermodynamics, electrodynamics, as well as engineering courses like materials science, solid-state physics, and digital electronic systems. The focus of this major is on applying physics concepts to address real-world challenges and solving practical engineering problems.

On the other hand, Physics is a more theoretical and fundamental major focused on understanding the underlying principles that govern the universe. Coursework in a Physics major includes subjects like general relativity, quantum field theory, particle physics, and astrophysics. The focus is on developing a deep understanding of how the universe functions at the most basic level, rather than on applying this knowledge to specific practical problems.

When it comes to career prospects, Engineering Physics graduates often find jobs in industries such as aerospace, electronics, materials science, and renewable energy, often working as engineers or researchers. They may work on developing new materials, designing nanotechnology devices, or creating energy-efficient systems among various other roles.

Physics graduates, on the other hand, have career opportunities in academia, research, and a range of industries. They can become researchers focused on unraveling the mysteries of the universe or apply their skills in fields like finance, data analytics, software development, or consulting. Some physics graduates also go on to pursue advanced degrees in physics, leading to careers in academia or research institutions.

In summary, if you're interested in a more applied, practical major that allows you to directly work on solving engineering problems with a strong foundation in physics, Engineering Physics may be the right choice for you. If you prefer exploring the fundamental principles that govern our world and are passionate about solving complex theoretical problems, Physics might be a better fit. Ultimately, it comes down to your specific interests and career goals.