Thinking about a second bachelor's or master's, which route should I take?

In summary: I just go all in and shoot for a mechanical engineering or physics MS?I imagine there will be considerable carry over as far as basic classes required for the second bachelors, so the amount of time needed to get a second BS would be shorter, but I don't want to waste the money "broadening my horizons", I want to be doing something that will be useful going forward. I worry that trying to get a masters might be too difficult given my lack of a real physics background, although I'm optimistic that with a good professor and a strong learning environment I will be able to overcome my shortcomings. Any and all input is welcome and appreciated!Thanks for the post!
  • #1
Dan Rose
1
0
Hi all, I'm new around here but I've checked out the site several times, thought it might be a good place to get some feedback. I graduated from the University of Georgia with a BS Chem in 2013, and have spent the last year working in sales. I'm now situated in Lubbock, TX (where Texas Tech is located) and have been considering going back to school, but I'm not sure which direction I should go.

I've always had a knack for math; my best grades in school were without question in Calculus and I've always felt very satisfied when rolling through homework and getting the answers correct. I have an interest in Physics but I don't have a very strong education in it. I never took Physics in high school (did AP Bio II and AP Chem II instead) and I didn't have the greatest professor for Phys I and II at UGA. With tutoring I was able to net Bs in those classes, but I always felt like I was struggling to grasp some important concepts. I would spend an hour and a half working through a problem, getting the wrong answer, checking my work, starting over, etc. The math would end up being fine, but I would have missed a force being applied, or applied it in the wrong direction, or something to that effect that would throw my end results off.

To further profile myself I'm also interested in aerospace engineering and anything that allows me to build/work with my hands, as well as computer sciences (I built my first computer when I was in 7th grade and have always enjoyed putting things together). Getting to the point, I'm wondering if I should go for a second bachelor's in physics or engineering, or should I just go all in and shoot for a mechanical engineering or physics MS? I imagine there will be considerable carry over as far as basic classes required for the second bachelors, so the amount of time needed to get a second BS would be shorter, but I don't want to waste the money "broadening my horizons", I want to be doing something that will be useful going forward. I worry that trying to get a masters might be too difficult given my lack of a real physics background, although I'm optimistic that with a good professor and a strong learning environment I will be able to overcome my shortcomings. Any and all input is welcome and appreciated!
 
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  • #2
Thanks for the post! Sorry you aren't generating responses at the moment. Do you have any further information, come to any new conclusions or is it possible to reword the post?
 
  • #3
You're probably better off with an MS than a second BS. It may not take any longer or cost any more. I'd go for that. The key is you need to be able to tell a "story" to the admissions committee about why they should admit you. It might be easier to relate your experience to CS than areospace engineering. Good luck!
 
  • #4
Dan Rose said:
Hi all, I'm new around here but I've checked out the site several times, thought it might be a good place to get some feedback. I graduated from the University of Georgia with a BS Chem in 2013, and have spent the last year working in sales. I'm now situated in Lubbock, TX (where Texas Tech is located) and have been considering going back to school, but I'm not sure which direction I should go.

I've always had a knack for math; my best grades in school were without question in Calculus and I've always felt very satisfied when rolling through homework and getting the answers correct. I have an interest in Physics but I don't have a very strong education in it. I never took Physics in high school (did AP Bio II and AP Chem II instead) and I didn't have the greatest professor for Phys I and II at UGA. With tutoring I was able to net Bs in those classes, but I always felt like I was struggling to grasp some important concepts. I would spend an hour and a half working through a problem, getting the wrong answer, checking my work, starting over, etc. The math would end up being fine, but I would have missed a force being applied, or applied it in the wrong direction, or something to that effect that would throw my end results off.

To further profile myself I'm also interested in aerospace engineering and anything that allows me to build/work with my hands, as well as computer sciences (I built my first computer when I was in 7th grade and have always enjoyed putting things together). Getting to the point, I'm wondering if I should go for a second bachelor's in physics or engineering, or should I just go all in and shoot for a mechanical engineering or physics MS? I imagine there will be considerable carry over as far as basic classes required for the second bachelors, so the amount of time needed to get a second BS would be shorter, but I don't want to waste the money "broadening my horizons", I want to be doing something that will be useful going forward. I worry that trying to get a masters might be too difficult given my lack of a real physics background, although I'm optimistic that with a good professor and a strong learning environment I will be able to overcome my shortcomings. Any and all input is welcome and appreciated!
Many Master's programs will look at your transcript and tell you what you may need to take as far as remedial coursework for their program. You may have to work a little harder at times than someone with an undergraduate degree in physics. But that's OK. It will be worth it. A master's degree is far more marketable to prospective employers than another bachelor's degree. I was surprised to learn that Leonard Susskind, that legendary string theorist in Stanford, had an undergraduate degree in engineering before deciding he wanted to pursue physics in graduate school. Lots of people do that. It's doable.
 
  • #5
There's a HUGE gap to get from struggling to get Bs in a first year physics class that you took probably 6 years ago to a master's degree in physics. If you really want to go that way, that's okay. I'm sure that there's a lot of overlap with some of your courses. But it will take some remedial work. I don't think it's a reasonable plan to jump into something like that.

The next thing to consider what you mean by "doing something useful." Pursuing a master's degree in physics will educate you in physics, but it's probably not going to qualify you for much in the commercial world unless you go into one of the more professional branches such as medical physics or geophysics. So even if you do get through, you'll still have to figure out how that is going to translate into a vocation.

There's a similar concern about engineering. I would imagine that jumping from a BSc in chemistry to a master's degree in chemical engineering is reasonable, but probably less so the further away you move - such as into computer science or engineering. If your primary concern at this point it to build up professionably marketable skills, I would look for a program that's going to give you those.
 
  • #6
Just move to a MSc and then a PhD. Just do what is needed to adjust to your interests along the way. There are always interdisciplinary areas of research.

Double degree only makes a lot of sense if you need it to get professional certification to do your job. Like a lawyer or a doctor. Or if you have one in a technical field and one in a management/economy field.
 

1. What are the benefits of pursuing a second bachelor's or master's degree?

Pursuing a second bachelor's or master's degree can provide you with advanced knowledge and skills in a specific field, making you more competitive in the job market. It can also open up new career opportunities and increase your earning potential. Additionally, it allows you to continue learning and growing in your chosen field.

2. What factors should I consider when deciding between a second bachelor's or master's degree?

Some factors to consider include your career goals, time commitment, financial resources, and the requirements of the program. A master's degree typically requires a shorter time commitment and may be more specialized, while a second bachelor's degree may provide a broader foundation in a new field. It is important to research and compare programs to determine which best fits your needs.

3. Can I pursue a second bachelor's or master's degree in a different field than my first degree?

Yes, it is possible to pursue a second bachelor's or master's degree in a different field than your first degree. However, some programs may have specific prerequisites or require additional coursework to ensure you have the necessary background knowledge. It is important to research and consult with advisors to determine if this is a feasible option for you.

4. Will my previous coursework count towards a second bachelor's or master's degree?

In most cases, some of your previous coursework may count towards a second bachelor's or master's degree. This will depend on the program and the similarity of your previous coursework to the requirements of the new degree. It is important to consult with advisors and admissions offices to determine if any of your previous coursework can be applied towards your new degree.

5. Can I pursue a second bachelor's or master's degree while working full-time?

It is possible to pursue a second bachelor's or master's degree while working full-time, but it may require careful time management and balancing of responsibilities. Some programs may offer flexible schedules or online options to accommodate working professionals. It is important to consider the time commitment and workload of the program before making a decision.

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