Career options for double engineering interest?

AI Thread Summary
The discussion centers on the intersection of mechanical engineering and engineering physics, exploring potential academic paths and career options that combine these fields. Participants note that engineering physics may align better with material sciences, and specific programs at institutions like SFU and UBC offer various specializations, including microelectronics, electrical, mechanical, and mechatronics options. A key point raised is the advice against double majoring in engineering; instead, pursuing a major in engineering physics followed by a master's in mechatronics is suggested as a more efficient educational route. This approach emphasizes the importance of self-directed learning in higher education.
Ishida52134
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Well I'm interested in both mechanical engineering and engineering physics. Are there any further academic fields or career options that combine such interests/fields?
thanks.
 
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I am not sure but Engineering Physics suits with Material Sciences better. Last year I want to take Engineering Physics with Mech. Engg. but Professor told me that with Mechanical Engineering take either Automobile/Automotive Engg. or just Physics.
 
Ishida52134 said:
Well I'm interested in both mechanical engineering and engineering physics. Are there any further academic fields or career options that combine such interests/fields?
thanks.

Nuclear engineering maybe?
 
any ideas?
 
I don't know about your school, but the engineering physics at my prospective schools ( SFU and UBC) have options.
SFU is more microelectronics, semiconductor, and some programming
UBC has an electrical option, mechanical, and mechatronics option.

it really depends on how your school's curriculum is layed out. Different schools have different strengths.

Also, after talking to a department chair about double majoring in engineering(i also wanted to do that), he advised me *not* to.

He told me it would be much wiser to major in engineering physics then a masters in mechatronics(that was my two choices) because he said i may find that after my first degree, undergraduate courses is not the most efficient way of learning because with a solid background in engineering physics, i can pick up mechatronics at the graduate level with the help of suitable textbooks and a good faculty supervisor.

Which makes sense since university after all, teaches you to be efficient in learning by yourself.
 
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