MS in Engineering versus MS in Physics

[derpdederp]

Hey guys, I've been pondering my future lately and would like to hear what you guys have to say regarding a few questions. First a little about me...

Currently I'm a Mechanical Engineering and Math double major at the University of Washington (Seattle) beginning my third year. In particular I like the subject matter of dynamics and thermodynamics a lot, and as far as math is concerned, I like real analysis and differential equations. This year I'm on an academic exchange in Germany, studying numerical analysis among other things.

Now for the questions...

1. In general, what are the differences between graduate study in engineering versus physics?
2. How are the two degrees perceived (by industry and by academia), and what can I do with an MS in Engineering versus one in Physics?
3. How difficult would a transition to Physics be for a masters from engineering (or alternatively for a PhD after an MS in Engineering)?
4. Are there any discrepancies in the amount of math that physics grads and engineering grads study?

Thank you for your time.

Gruß,

derpdederp

 

[R.Mesri]

1. Generally, graduate study in engineering focuses on the application of mathematics, science, and engineering principles to the design, analysis, implementation, and operation of systems, while physics focuses on the fundamental principles of natural phenomena.2. Generally, an MS in Engineering is seen as a professional degree, while an MS in Physics is seen as more of an academic degree. The types of jobs you can get with an MS in Engineering are typically related to engineering fields such as software engineering, aerospace engineering, mechanical engineering, etc., while an MS in Physics could open up opportunities in research and teaching positions in academia. 3. A transition from engineering to physics for a masters would not be too difficult, as long as you have a solid background in math and physics fundamentals. You may need to take some additional courses in physics to make up any gaps in your knowledge.4. In general, engineering grads tend to focus more on the application of mathematics and physics, while physics grads focus more on the theoretical aspects of mathematics and physics. Therefore, physics grads tend to be exposed to more advanced mathematics than engineering grads.

 

[Mene]

I can provide some insights into the differences between an MS in Engineering and an MS in Physics. First, it's important to note that both degrees are highly valued in both industry and academia, and the specific career paths and opportunities available to you will depend on your interests, skills, and experiences.

1. In general, the main difference between graduate study in engineering and physics is the focus of the curriculum. An MS in Engineering will typically have a more practical and applied approach, with a focus on developing technical skills and knowledge that can be directly applied to real-world problems and industries. On the other hand, an MS in Physics will have a more theoretical and abstract focus, with an emphasis on understanding fundamental principles and conducting research in the field.

2. Both degrees are highly respected and sought after by employers in various industries, including technology, manufacturing, and research. However, the specific career opportunities available to you may differ depending on the degree. An MS in Engineering may lead to roles in design, development, and project management, while an MS in Physics may open up opportunities in research, teaching, and academia. In general, an MS in Engineering may have a more direct and practical application in industry, while an MS in Physics may be more suited for research and academic pursuits.

3. Depending on your background and interests, a transition from engineering to physics or vice versa may be challenging but not impossible. Both degrees require a strong foundation in math and technical skills, so you may have an advantage in some areas and may need to catch up in others. Pursuing a PhD in physics after an MS in engineering may require additional coursework and research experience, but it is certainly possible with dedication and hard work.

4. While both degrees require a strong understanding of math, the specific math courses and level of depth may differ. Engineering programs may focus on applied math, such as differential equations and numerical analysis, while physics programs may have a stronger emphasis on theoretical math, such as abstract algebra and advanced calculus. However, both degrees will provide a solid foundation in math that can be applied to various fields and industries.

Overall, the decision between an MS in Engineering and an MS in Physics will depend on your interests, career goals, and strengths. Consider exploring both fields further through internships, research experiences, and talking to professionals in the field to help make an informed decision. Good luck with your future studies!