The discussion revolves around the consideration of adding a physics major alongside a mechanical engineering degree, particularly in the context of pursuing graduate studies in nuclear engineering. Participants explore the implications of this decision, including course load and specific physics classes that may be beneficial.
Participants generally agree on the value of physics courses for engineering students, particularly in relation to nuclear engineering. However, there is no consensus on whether adding a full physics major is advisable, as opinions vary on the necessity and practicality of this decision.
Some participants highlight the importance of specific mathematical concepts and classes in relation to nuclear engineering, but there are no detailed discussions on the prerequisites or the implications of taking additional courses.
Students considering a dual major in physics and engineering, particularly those interested in nuclear engineering, as well as those seeking advice on course selection in STEM fields.
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 said: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?