Can I Pursue an Engineering Career with a Math Major?

In summary: I didn't say it would be difficult. However, you shouldn't expect to open up the exam book and figure these things out on the day of the exam.
  • #1
Yae Miteo
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I am majoring in applied math and considering a minor in physics. Would it be reasonably possible for me to get a job in engineering (electrical or mechanical) with only that background?
 
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  • #2
Absolutely. The question would be, at what level of engineering, what rate of advancement and what ultimate level of employ.
 
  • #3
Yae Miteo said:
I am majoring in applied math and considering a minor in physics. Would it be reasonably possible for me to get a job in engineering (electrical or mechanical) with only that background?

If you want to be an engineer, either electrical or mechanical, get an engineering degree. That way, companies looking to hire to fill an EE or ME position at least know what your educational background is and they don't have to roll the dice on whether you can be trained to fill the job.

IMO, applied math and physics only give you some of the knowledge and skill required to be an engineer. If you are applying to a company to be a ME, for example, and you don't know anything about thermodynamics or stress analysis or machine design, the HR people are going to move on to someone else, because you will be competing against other candidates for the position who have the engineering degree and know at least the basics of what is required of an ME.
 
  • #4
SteamKing said:
If you want to be an engineer, either electrical or mechanical, get an engineering degree.

You mean a master's degree or another bachelor's degree in engineering?
 
  • #5
SilverSlash said:
You mean a master's degree or another bachelor's degree in engineering?

Either will work. Remember, you're dealing with a bureaucracy that doesn't give people much latitude to think. They want to see education that says Engineering on it, not math, not physics, Engineering.

Depending on the kind of engineering you seek, you might consider taking the Fundamentals of Engineering (FE) exam. With a passing grade on the exam, you can put "Engineer-In-Training" on your resume or CV. that may convince an HR troll that you have what it takes for them to forward your resume to the actual person doing the hiring, and it may short-cut the process of getting a formal engineering education.

Do note that engineering is more than the sum of applied math and physics. Engineers learn many methods and approximations that are not taught to physics students, particularly in the area of thermodynamics, fluid dynamics, and circuits. Do not expect to pass the FE without significant prior study.
 
  • #6
JakeBrodskyPE said:
Either will work. Remember, you're dealing with a bureaucracy that doesn't give people much latitude to think. They want to see education that says Engineering on it, not math, not physics, Engineering.

Depending on the kind of engineering you seek, you might consider taking the Fundamentals of Engineering (FE) exam. With a passing grade on the exam, you can put "Engineer-In-Training" on your resume or CV. that may convince an HR troll that you have what it takes for them to forward your resume to the actual person doing the hiring, and it may short-cut the process of getting a formal engineering education.

Do note that engineering is more than the sum of applied math and physics. Engineers learn many methods and approximations that are not taught to physics students, particularly in the area of thermodynamics, fluid dynamics, and circuits. Do not expect to pass the FE without significant prior study.

Yep, but I don't think anyone with a physics or applied math background is going to find learning those engineering methods very difficult. Also, doesn't FE, PE require that you have a B.S in engineering degree?
Also, I wanted to ask; If one has a B.Sc in engineering from a non US university can they still be eligible to take the FE or PE exams?
 
  • #7
SilverSlash said:
Yep, but I don't think anyone with a physics or applied math background is going to find learning those engineering methods very difficult. Also, doesn't FE, PE require that you have a B.S in engineering degree?
Also, I wanted to ask; If one has a B.Sc in engineering from a non US university can they still be eligible to take the FE or PE exams?

I didn't say it would be difficult. However, you shouldn't expect to open up the exam book and figure these things out on the day of the exam.

This varies state by state. See http://www.engineerintrainingexam.com/state-by-state-requirements/
 

FAQ: Can I Pursue an Engineering Career with a Math Major?

What is engineering with a math major?

Engineering with a math major is a field that combines the principles of engineering with advanced mathematics to solve complex problems and design innovative solutions.

What are the benefits of pursuing engineering with a math major?

The benefits of pursuing engineering with a math major include strong analytical and problem-solving skills, a solid foundation in mathematics and engineering principles, and a wide range of career opportunities in industries such as aerospace, automotive, and technology.

What courses are typically required for an engineering with math major?

Courses typically required for an engineering with math major include calculus, differential equations, linear algebra, mechanics, thermodynamics, and computer programming.

Is a math major necessary for engineering?

While a math major is not strictly necessary for engineering, it can provide a strong foundation and skill set that is highly beneficial for a career in engineering. Many engineering programs also require students to take advanced math courses as part of their curriculum.

What career opportunities are available for those with an engineering and math background?

Career opportunities for those with an engineering and math background include roles in research and development, design and analysis, data analysis and modeling, and consulting. Graduates with this background are highly sought after in industries such as aerospace, automotive, energy, and technology.

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