Electrical Engineering Grad. after Physics B.Sc.

In summary, the individual is currently studying for a physics degree and plans to attend graduate school. They are unsure if they can get into a top tier graduate school for electrical engineering and are wondering if they should lower their expectations. They have a 4.0 GPA and have published in astrophysics and quantum optics. They also have taken EE courses and have solid recommendation letters. The conversation also discusses the availability of financial aid for EE graduate programs and the potential for physics majors to be admitted into these programs. The individual is interested in research related to optical circuits and plasmonic waveguides. It is mentioned that the requirements for admission to EE graduate programs vary by department and it is advised to take more EE electives if possible.
  • #1
keksmaster
3
0
Hello all.

I will be graduating with a physics degree in the fall of 2016, and going to grad school. I go to a small university in the US, not very well known for its physics program, but I've been doing fairly well here, so I was aiming at a top tier university for grad school in physics. My question is how feasible would it be for me to get into a similar tier grad school for something like electrical engineering (top 20)? Should I be lowering my expectations because of this situation?

Several details

-I currently have a 4.0 GPA
-I have 2 publications in astrophysics (second and third author)
-My current research is fairly ee heavy (quantum optics), and I expect at least 1 publication in this field before I graduate.
-I will graduate with 9 hours of EE courses
-I haven't taken the GRE yet, but on practice PGREs I have consistently scored ~70th percentile. I'm not sure how important this is for EE grad school since they don't require the PGRE. I'm still taking the subject test sometime this fall just in case I decide to go to phys grad school
-My Phys BSc will take me 2.5 years because of credits I got in HS. I don't really have the funds to stay here as an undergrad for 4 years.
-I have at least 2 solid recommendation letters.

If I'm leaving anything out that would help please let me know

Also, I'd like to know how good EE schools are with financial aid. The major perk for going to grad school in physics is the fact that most schools pay for you to go there. Does this hold true for EE?

Thank You in advance
 
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  • #2
When I applied to EE grad schools for MS/PhD programs, every school that admitted me offered tuition waivers and stipends. Most were research assistantships, but one may have been as a teaching assistant. Also, I know quite a few EE PhDs who did physics undergrad - even top EE schools will admit physics majors you if you are a good match for some research group. What area(s) of EE would you be interested in? It is a pretty broad field, and at least when I applied I was expected to articulate at least the general area of research I wanted to pursue. My guess is that if you are interested in the more applied physics areas (electronic devices, optoelectronics, electromagnetics, plasmas, ...) that you would have a better chance, but you should go with what your interests are. .

By the way, my EE grad work was in plasma physics - probably half of the grad students in the larger research group came in with a physics background.

jason
 
  • #3
jasonRF said:
When I applied to EE grad schools for MS/PhD programs, every school that admitted me offered tuition waivers and stipends. Most were research assistantships, but one may have been as a teaching assistant. Also, I know quite a few EE PhDs who did physics undergrad - even top EE schools will admit physics majors you if you are a good match for some research group. What area(s) of EE would you be interested in? It is a pretty broad field, and at least when I applied I was expected to articulate at least the general area of research I wanted to pursue. My guess is that if you are interested in the more applied physics areas (electronic devices, optoelectronics, electromagnetics, plasmas, ...) that you would have a better chance, but you should go with what your interests are. .

By the way, my EE grad work was in plasma physics - probably half of the grad students in the larger research group came in with a physics background.

jason

Well what I'm doing at the moment is research in optical circuits and plasmonic waveguides, and its incredibly interesting so something along these lines would be neat
 
  • #4
It depends on the department... When I tried to enter a mid-level MS EE program with just a physics background I needed about 2 years of undergrad EE classes to be qualified to apply. Basically, I started a EE BS. I'm sure that other programs may be more forgiving, particularly if your research is related to EE (mine was not).

It looks like you are more prepared for it than most. Good luck! (I'm a little jealous... :p )
 
  • #5
Agreed that it strongly depends on the department. Where I was (a top 20 EE dept), there were absolutely no course requirements for the MS/PhD program. Everything was 100% dependent on your graduate committee. I knew physics majors that took anywhere from 0 to a handful of undergrad EE classes to make up the holes in their backgrounds - it was mostly dependent on the advisor they had. Each professor also had absolute freedom to decide what the qualifier and admission to candidacy exams consisted of. I know some other departments have qualifier exams designed in such a way that you would need the majority of an undergrad EE background to have a good chance of passing. You should take this into account when applying, and probably take more EE electives if they fit in your schedule.

jason
 
  • #6
jasonRF said:
Agreed that it strongly depends on the department. Where I was (a top 20 EE dept), there were absolutely no course requirements for the MS/PhD program. Everything was 100% dependent on your graduate committee. I knew physics majors that took anywhere from 0 to a handful of undergrad EE classes to make up the holes in their backgrounds - it was mostly dependent on the advisor they had. Each professor also had absolute freedom to decide what the qualifier and admission to candidacy exams consisted of. I know some other departments have qualifier exams designed in such a way that you would need the majority of an undergrad EE background to have a good chance of passing. You should take this into account when applying, and probably take more EE electives if they fit in your schedule.

jason
If you don't mind me asking, what school did you go to?
 
  • #7
ModusPwnd said:
It depends on the department... When I tried to enter a mid-level MS EE program with just a physics background I needed about 2 years of undergrad EE classes to be qualified to apply. Basically, I started a EE BS. I'm sure that other programs may be more forgiving, particularly if your research is related to EE (mine was not).

It looks like you are more prepared for it than most. Good luck! (I'm a little jealous... :p )

Hi Modus. Did you pay out of pocket for those two years?
 

FAQ: Electrical Engineering Grad. after Physics B.Sc.

1. What is the difference between a Physics B.Sc. and an Electrical Engineering graduate?

While both degrees involve a strong foundation in mathematics and physics, a Physics B.Sc. focuses on the theoretical and fundamental aspects of physics whereas an Electrical Engineering degree focuses on the practical application of physics principles to design and build electrical and electronic systems.

2. Can I pursue a career in Electrical Engineering with a Physics B.Sc.?

Yes, many universities offer graduate programs in Electrical Engineering specifically designed for students with a Physics background. Additionally, many companies value the problem-solving skills and critical thinking abilities of physics graduates in the field of Electrical Engineering.

3. What skills will I gain from an Electrical Engineering graduate program after a Physics B.Sc.?

In addition to a strong foundation in physics and mathematics, an Electrical Engineering graduate program will equip you with skills in circuit analysis, electromagnetics, digital systems, and control systems. You will also gain hands-on experience in designing and building electrical and electronic systems.

4. Do I need to have a background in electrical engineering to pursue a graduate program in this field?

No, while having a background in electrical engineering can be beneficial, it is not a requirement for pursuing a graduate program in this field. Many universities offer bridging courses or introductory courses to help students with a non-electrical engineering background catch up with the necessary knowledge.

5. What are the job prospects for an Electrical Engineering graduate with a Physics B.Sc.?

The job prospects for an Electrical Engineering graduate with a Physics B.Sc. are vast and varied. You can work in industries such as telecommunications, power generation and distribution, electronics, and many more. Additionally, your problem-solving skills and ability to think critically will make you a valuable asset in any field.

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