Going back to school at age 40 to study engineering

In summary, a person in their 40s is planning on going back to school for mechanical or biomedical engineering and is planning on taking linear algebra and calculus 1 in the fall of 2019. They are looking for tips on self study and have picked up a mathematics textbook to prepare. The conversation also mentions the importance of having a strong background in high school math and physics before starting college courses in these subjects. The speaker also suggests dedicating regular time and effort to studying, as these courses can be challenging.
  • #1
oldstudent2019
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Hi everybody. I'm 40 years old and have been working sales and retail jobs for most of my career and have decided that I'm going to back to school part time with eventually going into mechanical or bio medical engineering. I plan on taking linear algebra and calculus 1 in the fall of 2019 to get ahead on the math courses. Then transition to full time in a couple years.

I figure I'll download a precalculus state exam and see how well I do to gauge my level before going into calculus.

Does anyone have any tips on self study? Or how often I should be reading? I picked up the allendoerfer text principles of mathematics after reading several posts on this forum. So I plan on working through that until September.

Thank you.
 
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  • #2
I went back to school at age 37 for grad school in mechanical engineering. Other students about the same age, all with majors in engineering included one with a degree in forestry, a chiropractor with nine kids, and a single mother. We all survived.

I suggest reviewing high school algebra, trigonometry, geometry, chemistry, and physics. You will then be ready for engineering school calculus and physics.

I noticed that undergrads who came to engineering school without high school physics really struggled with college physics, and that those who did not do well in college physics had trouble passing dynamics. IMPORTANT: Make sure that you do well in college physics. Much of mechanical and biomechanical engineering requires a solid physics background.
 
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  • #3
I will give you some tips based on my experience. I went back to school in my late forties and was successful.
I learned calculus at age 18. B.C. i.e. before calculus, all mathematics came easy. I do not think I ever studied more than 30 minutes on an assignment, and days would go by without homework.

When I began learning calculus, I found I had to study and allow about 2 hours a day, and this means every weekday, but not Saturday or Sunday. Calculus requires practice, and you lose it very fast if you don't keep up with it. And this effort was required when I was 18. I cannot imagine it gets any easier when you are 40.
Linear algebra is different but it is just as hard with an equal measure of time and practice necessary. It is really ambitious to take these two together. I shudder to think what you are in for. I think it may be better to take calculus with a physics or engineering course (if you ambitious enough to consider taking two courses) rather than 2 hard mathematics courses together. Linear Algebra and Calculus do not overlap much. Physics and calculus overlap a bit more, so you are not learning two separate subjects, although these are also two very hard courses.

The last post to the forum gave examples of successes by older students. I know that these successes are possible and rewarding. Nevertheless, these successes require large commitments of time, and (regular; daily) effort. Good Luck.
 
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  • #4
mpresic3 said:
I will give you some tips based on my experience. I went back to school in my late forties and was successful.
I learned calculus at age 18. B.C. i.e. before calculus, all mathematics came easy. I do not think I ever studied more than 30 minutes on an assignment, and days would go by without homework.

When I began learning calculus, I found I had to study and allow about 2 hours a day, and this means every weekday, but not Saturday or Sunday. Calculus requires practice, and you lose it very fast if you don't keep up with it. And this effort was required when I was 18. I cannot imagine it gets any easier when you are 40.
Linear algebra is different but it is just as hard with an equal measure of time and practice necessary. It is really ambitious to take these two together. I shudder to think what you are in for. I think it may be better to take calculus with a physics or engineering course (if you ambitious enough to consider taking two courses) rather than 2 hard mathematics courses together. Linear Algebra and Calculus do not overlap much. Physics and calculus overlap a bit more, so you are not learning two separate subjects, although these are also two very hard courses.

The last post to the forum gave examples of successes by older students. I know that these successes are possible and rewarding. Nevertheless, these successes require large commitments of time, and (regular; daily) effort. Good Luck.
Thanks for the heads up. Probably better to start with 1 course and see how it goes as opposed to 2.
 
  • #5
Welcome to the PF. :smile:
oldstudent2019 said:
Hi everybody. I'm 40 years old and have been working sales and retail jobs for most of my career and have decided that I'm going to back to school part time with eventually going into mechanical or bio medical engineering. I plan on taking linear algebra and calculus 1 in the fall of 2019 to get ahead on the math courses. Then transition to full time in a couple years.
What is your educational background so far? Did you do any schooling after high school, or did you go straight into the workforce from high school?

Keep in mind that "Linear Algebra" is not Algebra, it is Matrices and Simultaneous Equations and Eigenfunctions, etc. It is a pretty challenging math course, and AFAIK, it is usually taken at the end of your first year in Engineering or the start of your second year. At least I think that's about when I took it in undergrad...
 
  • #6
berkeman said:
Welcome to the PF. [emoji2]

What is your educational background so far? Did you do any schooling after high school, or did you go straight into the workforce from high school?

Keep in mind that "Linear Algebra" is not Algebra, it is Matrices and Simultaneous Equations and Eigenfunctions, etc. It is a pretty challenging math course, and AFAIK, it is usually taken at the end of your first year in Engineering or the start of your second year. At least I think that's about when I took it in undergrad...
Background is a 3 year bsc in biology. Couldn't find a job with it. So just kept working retail and then sales for the last 17 years.

No math in uni except statistics. Avoided it like the plague for fear of failure.
 
  • #7
oldstudent2019 said:
have decided that I'm going to back to school part time with eventually going into mechanical or bio medical engineering.
Will you be studying part time at a community college? That may be a good way to get your calculus classes under your belt, as well as some other classes that can transfer to a 4-year school. You could take Calc I and an Introduction to Engineering course the first semester at CC to get your feet wet...
 
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  • #8
oldstudent2019 said:
Background is a 3 year bsc in biology. Couldn't find a job with it. So just kept working retail and then sales for the last 17 years.

No math in uni except statistics. Avoided it like the plague for fear of failure.

The UK high-school maths syllabus is covered here. It starts with "GCSE" and then "A Level", which is a good preparation for university maths and also includes a "mechanics" module.

You could look at that to see where you are at.

https://www.examsolutions.net/
 
  • #9
oldstudent2019 said:
Does anyone have any tips on self study? Or how often I should be reading? I picked up the allendoerfer text principles of mathematics after reading several posts on this forum. So I plan on working through that until September.

Thank you.

You have to do as much as possible. Ideally something every day. When I started again after retiring 5 years ago I could barely go from one line of algebra to the next without a mistake. With mathematics you have to be prepared to put in the hours.
 
  • #10
Forget reading. Work math problems. An online system like ALEKS can keep you supplied with problems at the right level of difficulty. Starting with Algebra 2 or precalc might be about right.
 
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  • #11
berkeman said:
Will you be studying part time at a community college? That may be a good way to get your calculus classes under your belt, as well as some other classes that can transfer to a 4-year school. You could take Calc I and an Introduction to Engineering course the first semester at CC to get your feet wet...
I hadn't really considered it. In Canada the college courses don't necessarily transfer up to uni. But I guess I could check it out.
 

1. Can I still be successful in engineering if I am starting at age 40?

Yes, it is never too late to pursue a career in engineering. Many successful engineers have started their studies later in life and have had successful careers. With dedication and hard work, you can achieve your goals in engineering at any age.

2. Will my age be a disadvantage when applying for engineering jobs?

Your age should not be a disadvantage when applying for engineering jobs. Employers value experience and maturity, which are qualities that come with age. As long as you have the necessary skills and knowledge, your age should not be a hindrance in your job search.

3. How long will it take to complete an engineering degree at age 40?

The length of time it takes to complete an engineering degree will depend on the specific program and your individual circumstances. On average, it takes 4-5 years to complete a bachelor's degree in engineering. However, if you have previous college credits or work experience, you may be able to complete your degree in a shorter amount of time.

4. Is it possible to balance studying engineering with work and family responsibilities?

Yes, it is possible to balance studying engineering with work and family responsibilities. Many universities offer flexible schedules and online courses that can accommodate busy schedules. Additionally, time management and prioritization skills are essential in juggling multiple responsibilities.

5. Are there any resources available specifically for older students studying engineering?

Yes, there are resources available specifically for older students studying engineering. Many universities have support programs for non-traditional students, including those who are starting their studies later in life. These programs may offer academic support, career counseling, and networking opportunities.

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