Engineering physics is a branch of physics that focuses on applying the principles and methods of physics to solve engineering problems. It combines aspects of both physics and engineering to design, develop, and optimize new technologies and products. Engineering physics students often study a wide range of topics such as mechanics, electromagnetism, materials science, and thermodynamics.
Majors with a lot of math: Physics, Chemistry, Computer programming, Accounting, Math, Engineering and Architecture.
Engineering(except software and electrical) Accounting Economics Mathematics Physics Chemistry
Science, especially physics; any engineering discipline; architecture; economics and finance; computer programming; statistics...
Every college has different majors, and all should have a list of the majors they have available on their websites. Here are some common majors: Art History Math Economics Communications Pre-med Pre-law Dance Theater English Biology Chemistry Physics Computer Science Engineering
specialize* Physics, Mathematics, Engineering Natural and Physical Sciences are pretty common majors at MIT. Computer Science is on the rise, too.
The majors that require calculus are all mathematics, science, and engineering majors. These include (but are not limited to) mathematics, mathematics education, science education, biology, chemistry, physics, civil engineering, chemical engineering, biological engineering, electrical engineering, biochemistry, pharmeceuticals, and computer science. So about 99% of students in those majors and related majors will take calculus their freshman year (typically the second semester). I say 99% because calculus is a prerequisite for all other courses in those majors (so it must be taken very early), but there is a very small possibility (I'd say 1% chance) that students can take calculus their sophomore year instead.
There are many career opportunities of for mechanical engineering majors. These majors vary based on the exact area of preference.
You can pursue fields such as mechanical engineering, civil engineering, electrical engineering, and aerospace engineering without requiring a strong background in biology and chemistry. These areas primarily rely on physics and math principles to design and analyze systems and structures.
Calculus 1, 2, 3, 4. Differential equations. Engineering statics. Lots of physics. Lots of chemistry. Then classes specific to your branch of engineering. Basically, engineering majors are hard as hell and you won't make it through them unless you are very smart and work hard. Engineering degrees are the hardest degrees to earn. But, they also make the most money on average of any majors. Hope this helps!
Engineering, Art, Business
Typically, engineering and the sciences. The Academy offers degrees in the following fields: Aerospace Engineering Arabic Chemistry Chinese Computer Science Economics Electrical Engineering English General Engineering General Science History Information Technology Mathematics Mechanical Engineering Naval Architecture Ocean Engineering Oceanography Physics Political Science Quantitative Economics Systems Engineering