dcwrin

While an unconventional path, I was looking for some opinions on how feasible it would be to get into an engineering grad program, maybe even specifically the astronautics field, with a BS in Marine Science. I had previously intended to go for my BS in Physics, but the problem that is arising is a weak Physics program at my school. Due to the limited offering of classes it will take me another year plus to complete the physics degree than it would for another science degree. The marine science program at my school is a huge and strong department that looks like a lot of fun. There also leaves me enough elective credits to take some core physics and math courses still. The Marine Sci degree alone requires 2 levels of calc, 2 levels of bio, 2 levels of chem, and 2 levels of physics. Other classes I'm considering for electives are: Linear algebra or differential equations (not sure which, or both), A math class that focuses on computer modeling, Statics, and Analytical mechanics. Does this seem like a good set up for the general pre reqs for a grad program? I know each program will differ, but I'm looking for a general idea. Any other classes I should definitely be taking?

LakeWashington

As long as you realize that your MS program may compel you to take extra coursework to compensate for the lack of an engineering bachelors, you should be fine, depending on the university.

ucbalumnus

Yes, see #2.

But also take what you can to prepare for the necessary upper division and graduate engineering courses you will need to take (assuming that aerospace or mechanical engineering is your target):

a. Math through all of multivariable calculus, linear algebra, and differential equations.
b. Lower division physics courses for physics majors (not the less rigorous ones for biology majors offered at some schools).
c. Computing for scientists and engineers.
d. If your school offers lower division engineering courses like statics or solid mechanics, materials, electronics, and the like, take those.
e. If your school offers mechanical or aerospace engineering as a "native" major, consider the upper division mechanical or aerospace engineering courses in mechanics, thermodynamics, fluids, and control systems.
f. If not, consider the upper division physics courses in analytic mechanics and statistical and thermal physics.

LakeWashington

Some colleges distinguish their intro physics curricula into separate tracks. "University Physics I & II" typically is required for engineering and hard science majors. So-called "College Physics I & II" is for life science majors. UP is calculus-based.