Anonymous wrote:Anonymous wrote:why wouldn't you want your son to get an engineering degree if he is saying he wants to? weird
Because there isn't an engineering degree. There are a number of engineering degrees and he has to pick.
Anonymous wrote:why wouldn't you want your son to get an engineering degree if he is saying he wants to? weird
It doesn't make sense. It's prioritizing sports over his future, but to each his own.Anonymous wrote:That doesn’t make sense. Do you know anyone who’s done that? I’ve been an engineer for 25 years.Anonymous wrote:My kid committed to a D3 with no engineering major. Plans to major in physics and then grad school in engineering.
That doesn’t make sense. Do you know anyone who’s done that? I’ve been an engineer for 25 years.Anonymous wrote:My kid committed to a D3 with no engineering major. Plans to major in physics and then grad school in engineering.
Anonymous wrote:Student answers “engineering” whenever asked his preferred major, but I think it’s his default understanding of what one does if they’re good at math / physics. Can anyone suggest other majors such a student should consider?[/quote
What type of engineering do they mention? Some overlap most with physics others with chemistry. All have a lot of math. Some are heavy on programming.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Physics majors are very employable in the current environment. Wall Street, defense, aerospace, the intelligence community, Silicon Valley… the list goes on. Physics majors tend to have the deepest quantitative skills of any major. The kind of math and computer science used in physics lends itself to the more intellectually complex algorithms in machine learning. A BS in physics can typically lead to multiple job offers.
This sounds completely made up. The engineers at my undergrad took more math classes, progressing further, than the physics majors.
Physics majors will also be paid less than a student with an engineering degree.
It's common for physics majors to delve into math subjects like real analysis and Lie algebra. Did your engineering friends take these?
Anonymous wrote:Physics majors are very employable in the current environment. Wall Street, defense, aerospace, the intelligence community, Silicon Valley… the list goes on. Physics majors tend to have the deepest quantitative skills of any major. The kind of math and computer science used in physics lends itself to the more intellectually complex algorithms in machine learning. A BS in physics can typically lead to multiple job offers.
Anonymous wrote:Anonymous wrote:Anonymous wrote:Physics majors are very employable in the current environment. Wall Street, defense, aerospace, the intelligence community, Silicon Valley… the list goes on. Physics majors tend to have the deepest quantitative skills of any major. The kind of math and computer science used in physics lends itself to the more intellectually complex algorithms in machine learning. A BS in physics can typically lead to multiple job offers.
This sounds completely made up. The engineers at my undergrad took more math classes, progressing further, than the physics majors.
Physics majors will also be paid less than a student with an engineering degree.
It's common for physics majors to delve into math subjects like real analysis and Lie algebra. Did your engineering friends take these?
Anonymous wrote:Anonymous wrote:Anonymous wrote:Student answers “engineering” whenever asked his preferred major, but I think it’s his default understanding of what one does if they’re good at math / physics. Can anyone suggest other majors such a student should consider?
If not yet a senior, student should be looking now for a summer internship with a local tech firm, a local givernment lab that includes engineering (e.g., NIST, ARL, NSWC), or a local tech-oriented contractor (e.g., Lockheed, Northrup Grumman).
How does one find these internships?