Should I add physics as a second major?

[Fusiontron]

I'm currently doing mechanical engineering and doing pretty well in it. Adding physics would require me to take 18 credits a couple semesters but it's pretty doable for me. I plan to go to graduate school for nuclear engineering. Would this idea be advisable or should I simply take additional math and physics classes and what should they be?

 

[daveb]

The NE program at Ohio State was pretty self-contained, as long you understood basic concepts relating to differential equations and vector analysis (for transport theory). A nuclear physics class wouldn't hurt, though. The biggest hurdle was the thermo class which was nothing like stat mech.

 

[Astronuc]

I'm currently doing mechanical engineering and doing pretty well in it. Adding physics would require me to take 18 credits a couple semesters but it's pretty doable for me. I plan to go to graduate school for nuclear engineering. Would this idea be advisable or should I simply take additional math and physics classes and what should they be?

If one can handle the load/work, then yes, I strongly encourage a adding the physics. Engineers should take as many physics courses as possible.

 

[Fusiontron]

I'm really trying to understand both the practical aspects of reactor design and the physics behind it all. What physics classes specifically would you recommend if I can not do the full major?

 

[Matrix0]

I would highly recommend adding physics as a second major to your current mechanical engineering degree. While mechanical engineering and physics have some overlapping concepts, a deeper understanding of physics will greatly enhance your understanding of mechanical systems and their behavior.

In terms of your plans for graduate school in nuclear engineering, having a strong foundation in physics will be crucial for success in this field. Nuclear engineering involves the application of nuclear and quantum physics principles, and having a background in these subjects will give you a competitive edge in your graduate studies.

Taking additional math and physics classes can also be beneficial, but adding a second major will provide a more comprehensive and structured education in these subjects. If you do decide to take additional classes, I would recommend focusing on courses that cover topics such as quantum mechanics, thermodynamics, and electromagnetism.

Ultimately, the decision to add a second major should be based on your personal interests and career goals. If you have a strong passion for physics and see it as an integral part of your future career in nuclear engineering, then adding it as a second major would be a wise choice. However, if you feel that taking additional classes in physics and math would provide enough knowledge and skills for your career goals, then that may be a more manageable option for you. It is important to carefully consider your options and weigh the potential benefits and challenges before making a decision.