Generally computer sciences and engineering will require you to take either/or calculus and physics.
Well, obviously - any career that has "engineering" in its name will require a LOT of math.
Practice makes perfect
Math is the base for all science and engineer majors. You can find many engineering jobs that require math skills.
Any career that has "engineering" in its name will require lots of math skills. If you enjoy math, and are good at it, great. Otherwise, you may want to think twice before you enter into such a career.Any career that has "engineering" in its name will require lots of math skills. If you enjoy math, and are good at it, great. Otherwise, you may want to think twice before you enter into such a career.Any career that has "engineering" in its name will require lots of math skills. If you enjoy math, and are good at it, great. Otherwise, you may want to think twice before you enter into such a career.Any career that has "engineering" in its name will require lots of math skills. If you enjoy math, and are good at it, great. Otherwise, you may want to think twice before you enter into such a career.
To help you get an idea of the kind of jobs in software engineering, I took a quick look at online job listings for software engineering. The types of job titles that showed up were Software Engineering Technician, Software Engineering Programmer, Software Engineering Manager, Software Engineering Director, and Technical Writer in Software Engineering.
Accounting, Engineering(except computer engineering, software engineering and electrical engineering), Physics, Chemistry, etc
They all use math because mathis in our everyday lives and in engineering programs you need to calculate different equations
a software engineer is one. also computer programmer is 1 2.engineering is a lot about math if you go in engineering you will make $200,000 through $500,000 a year
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.
no
Usually a Bachelor of Science in a technical field such as Computer Science, Computer Engineering, Electrical Engineering, etc.