What are the benefits of pursuing a degree in Engineering Physics?

In summary: At the beginning of a physics course, you will be doing atomic, nuclear, and elementary particles interactions, astrophysics, and applications. This is the same for all physics courses. After two years and 1/2 of the course, you will switch to doingrenewable and alternative energy sources, nanosciences, and environment protection. This is the same for all physics courses. In 5 years, theoretical, you can have all three.
  • #1
cristycs
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First of all let's talk about what a Jack of all trades is... In my view it is a "person that is competent with many skills but is not necessarily outstanding in any particular one."(that dosen't mean it can't be outstanding in one or more skills)

Well I love information, I love physics, engineering, computer science, biology, programming, writing, painting, thinking solutions to problems... from all of these the first five-six are the hardest...

So I was thinking to go and take BSc.Eng Engineering Physics just because, It would be easyer to follow a path, scientist in physics or an engineer in physics or EE, or a software developer, and I would take writing, painting make them an hobbie, make a blog post them there... I hate specialization, to be bound to one thing, in this world you have to have multiple skills, I allready have a Electrotehnical Tehnician diploma, and a waiter :P, need more to put on that list.

Do you think Engineering Physics is a good choice for my aspirations... I want to have a lot of options, don't want to be good at all, just competent, if I go into research physics, to have knowledge about electrical engineering or programming... that's an example

Masters options just from physics at the same colledge(these are translated):
Atomic, nuclear and elementary particles interactions, Astrophysics and applications;
Atmospheric and Earth physics. Environment protection;
Renewable and alternative energy sources;
Nanosciences;

first 2 years and 1/2 from third year are the same for all physics, biophysics, engineering Physics... in 5 years teoretical I can have all three I can do the 4 year engineering and do two majors biophysics and physics and just do the last half a year in the 5th year, then I would have the option to go into biotechnology to... well that's just the ideal, if it all works well I might just do a simple physics degree :D

For me, KNOWLEDGE IS BLISS.
 
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  • #2
Hey cristycs and welcome to the forums.

With regard to the following quote:

Do you think Engineering Physics is a good choice for my aspirations... I want to have a lot of options, don't want to be good at all, just competent, if I go into research physics, to have knowledge about electrical engineering or programming... that's an example

The thing is, most people are hired because of having a specific skillset and on top of that being particularly good in a few things.

It doesn't hurt to be competent in many things: in fact willingness to learn things outside your specialty is a good character trait. The fact remains though that people are hired for having particular specialty skills in some form.

The reason for doing this is that you hire dozens and dozens of people with really specialized skillsets that when combined together, manage to get quite a lot done.

It's like for example how many businesses work. A cake shop will make absolutely great cakes and the like but won't make anything close to the specialty baker that bakes delicious bread.

Having said this, I think there is a way to become a jack of many trades and to some degree master of many.

The way to do this is instead of trying to do many things at once, focus on one or two things for a large block of time before moving to the next thing.

This is done by many people who change careers. For example you could get a PhD in one area and after that work in a completely different area that utilizes your skills in some way.

If you stick at something for a decent amount of time you will become more competent than if you tried to do everything at once, and you will achieve your goal of eventually become a jack of all trades and more than half-decent at all of them.
 
  • #3
thx good reply I appreciate it.

"If you stick at something for a decent amount of time you will become more competent than if you tried to do everything at once" I agree that's why my main focus is Engineering Physics, programming I would do at school maybe assembler and C, after learning one language is easy to get in programming with other languages. Isn't every degree a sum o different skills? for example physics: now your doing Optics then you are doing Plasma, and then atomic, nuclear interactions.. these are different skills, they might complement each other tho.
 
  • #4
The full cliche is "Jack of all trades, master of none".

Anyone hiring anyone will look for the most masterful person in that area, so aiming to be a 'jack off all trades' is headed to being a waiter for life - if you master that you may become a waiter at a top restaurant, but continue with your 'jack off all trades' approach and MacDonald's is more likely.

In a physics course you start out doing things that are of general use in most physics research - calculus, mechanics, EM... This is like learning to read - you need to learn to read so you can do anything more specialised. But eventually you will focus on one narrow speciality - maybe 'accelerator physics'.

It would be stupid to, say, devote equal time to 'accelerator physics', programming computer games, ethnological field studies, writing short stories, painting water colours... because you will never have time to become a master in accelerator physics so you'll be stuck as a waiter.

That said certain specialities will require knowledge from various parts of engineering and physics - given your interests in both these areas, especially electrical engineering, maybe 'accelerator physics' would be a good fit. The best thing is, if you look at Zapperz's thread on this topic there actually appear to be good jobs available in this area! So devote yourself to it, or a similar 'in demand' branch of physics, and perhaps you can say goodbye to waitering...

Once you get a tenured post in accelerator physics you can spend a bit of time painting at weekends...

Or you could just be a part-time waiter for life, live like a bohemian, and do a small amount in each area you are interested in as hobbies... but don't expect any recognition or mastery to accrue - look at the great physicists, they were only great at physics...
 
  • #5
mal4mac said:
Anyone hiring anyone will look for the most masterful person in that area, so aiming to be a 'jack off all trades' is headed to being a waiter for life - if you master that you may become a waiter at a top restaurant, but continue with your 'jack off all trades' approach and MacDonald's is more likely.

On the other hand you win if you happen to have two very weird skill sets that make you the "goto guy" for a new field. For example, if you can program computers, speak Armenian, and know something about hotels, then you end up top on the list when some software company wants to write software for Armenian hotels.

It would be stupid to, say, devote equal time to 'accelerator physics', programming
computer games, ethnological field studies, writing short stories, painting water colours... because you will never have time to become a master in accelerator physics so you'll be stuck as a waiter.

That sort of worked out for me. There aren't that many jobs in accelerator physics, and being able to program computer games, learning ethnographic field studies, and writing short stories happen to all be useful for my current job.

(Hint: Think of a corporate memo as a weird sort of short story).

Also most waiters make more money than post-docs in accelerator physics.

Or you could just be a part-time waiter for life, live like a bohemian, and do a small amount in each area you are interested in as hobbies... but don't expect any recognition or mastery to accrue - look at the great physicists, they were only great at physics...

That's not true. One reason I didn't focus at only physics is that all of my undergraduate teachers at MIT had some outside interest. Pretty much all of them had some startup company that they were working on. One was designing fishing detectors, another had a side business selling home radon kits. My dissertation adviser happens to be a published science fiction author. Also, every senior physicist that I've met has also been a master politician.
 
  • #6
thx for the reply mal4mac.

My aspiration in life is not money but knowledge.
A B.Sc.Eng in Engineering Physics and a MSc in Atmospheric and Earth physics; Atomic, nuclear and elementary particles interactions, Astrophysics and applications; Renewable and alternative energy sources;
Nanosciences.

I will have a "good starting point" of knowledge to work eighter in reaserch, teaching physics or engineering, working in engineering. Programming is second on my list, painting or writing I can go without or have them as hobbies. Money can be made from different ways not just from a job, ow and a job is not a job if you enjoy it.
 
  • #7
cristycs said:
First of all let's talk about what a Jack of all trades is... In my view it is a "person that is competent with many skills but is not necessarily outstanding in any particular one."(that dosen't mean it can't be outstanding in one or more skills)

You can create a new skill and be outstanding at that. It's called the chess-boxing strategy. You can study poker and rock climbing and be the world master of rock climbing power.


So I was thinking to go and take BSc.Eng Engineering Physics just because, It would be easyer to follow a path, scientist in physics or an engineer in physics or EE, or a software developer, and I would take writing, painting make them an hobbie, make a blog post them there... I hate specialization, to be bound to one thing

I hate specialization too. However one thing that I've found useful is to focus on one problem, and you'll find that the important problems in the world involve "general skills." For example, if you are a world champion C++ programmer, you aren't going to get very far if you aren't decent at corporate politics.

Do you think Engineering Physics is a good choice for my aspirations... I want to have a lot of options, don't want to be good at all, just competent, if I go into research physics, to have knowledge about electrical engineering or programming...

Once you realize that most learning takes place outside of school, then it matters less what major you have. You can major in physics and take engineering courses, or major in engineering and take physics courses.

For me, KNOWLEDGE IS BLISS.

Curiously this isn't true for me. Lu Xun once asked the question that if you were in a burning building would you want to wake people up and have them burn to death horribly, or would you rather let them die in their sleep.

Another question is would you want to be woken up, if all you find out is that you are doomed? Personally, I would, but that's just me.
 
  • #8
cristycs said:
My aspiration in life is not money but knowledge.

My view of the world changed when I realized that I needed money to get knowledge. At that point it made sense to get knowledge about money. Also, if your goal is to "improve the world" you are going to have to get a lot of business knowledge.

Personally, one of the things that annoys me is a great idea that just sits in the lab and goes nowhere, and one thing that I was taught is to get a great idea out there, you have to *sell* and that gets you into the world of business which is cool since you learn about human psychology and sociology.

Money can be made from different ways not just from a job, ow and a job is not a job if you enjoy it.

You'll find it harder to get money than it seems, but I'll let you discover that.

Also, a job is a job even if you enjoy it.
 
  • #9
"Another question is would you want to be woken up, if all you find out is that you are doomed? Personally, I would, but that's just me." I would like to be woken up as well.
 
  • #10
"You'll find it harder to get money than it seems, but I'll let you discover that.
Also, a job is a job even if you enjoy it."

Well it is hard to get money eighter way.
job = "A job is a regular activity performed in exchange for payment." well if you do the job and enjoy it and you don't really care about the payment that much is that job for you still a job ?
 
  • #11
It's like cooking. Cooking is a job, but if you enjoy it and work hard you can make it a career, same as painting, writing... Physics (Michio Kaku), engineering...

I believe that almost any job can become a career if you enjoy it and work hard at it.
 
  • #12
mal4mac said:
Anyone hiring anyone will look for the most masterful person in that area, so aiming to be a 'jack off all trades' is headed to being a waiter for life

That's in fact not true. Usually employers are looking for a mix of skills, and those skills usually include personality and communications. One thing that helped me a lot with interviews and sales positions was read books on acting, and treat the interview as an "acting job."

But eventually you will focus on one narrow speciality - maybe 'accelerator physics'.

And then you get your Ph.D. and find that focusing on one super-speciality is going to kill you in the industrial job market.

It would be stupid to, say, devote equal time to 'accelerator physics', programming computer games, ethnological field studies, writing short stories, painting water colours... because you will never have time to become a master in accelerator physics so you'll be stuck as a waiter.

And there are many, many more jobs for waiters than there are for accelerator physicists. If you get a Ph.D. in accelerator physics then you end up finding yourself hosed when you find that there aren't any jobs in accelerator physics and you have no skills that will get you at something else.

The best thing is, if you look at Zapperz's thread on this topic there actually appear to be good jobs available in this area! So devote yourself to it, or a similar 'in demand' branch of physics, and perhaps you can say goodbye to waitering...

ParticleGrrl around?

There are no "in demand" branches of physics, and if you overspecialize, then this can be very, very bad.

Once you get a tenured post in accelerator physics you can spend a bit of time painting at weekends...

Bad idea. Painting can keep you sane once you are denied tenure. Also tenured faculty are also quite busy, and if you spend 35 years of your life thinking that painting is a waste of time, then you aren't going to change you mind once you have time to do it.

Or you could just be a part-time waiter for life, live like a bohemian, and do a small amount in each area you are interested in as hobbies... but don't expect any recognition or mastery to accrue - look at the great physicists, they were only great at physics...

Recognition from whom? Mastery of what? Also, we can go through the list of great physicists, and every one of them that I can think of had some outside interest. Newton revolutionized the English Mint. Feyman had a ton of interesting interests.
 
  • #13
cristycs said:
I believe that almost any job can become a career if you enjoy it and work hard at it.

Turning something into a career is one of the surest ways of killing any enjoyment of it (and that applies to physics). You can do something for love. You can do something for money. Bad things happen if you mix the two.

Also, my cynical view is that the idea that "jobs should be fun!" is this clever plot to convince people that they should be paid less. One thing that has also gotten me hired is that I'm willing to do a lot of stuff that I don't consider particularly fun.
 
  • #14
cristycs said:
job = "A job is a regular activity performed in exchange for payment." well if you do the job and enjoy it and you don't really care about the payment that much is that job for you still a job ?

If you are willing to do something and you really don't care about getting paid, then the person that is paying you will stop. Employers will not pay you to do something, if you find it so fun that you are willing to do it for free or cheap.

That's why post-docs and graduate students make so little money. Since science is fun and addictive, people aren't willing to hand out the cash.
 
  • #15
"If you are willing to do something and you really don't care about getting paid, then the person that is paying you will stop. Employers will not pay you to do something, if you find it so fun that you are willing to do it for free or cheap."

I would do a thing for fun in one of three cases: when I gain knowledge, when I create stuff or when I explore(pretty close to gaining knowledge lol) or maybe when I help people in need(I am willing only if the "boss" dosen't make money of people in need), if I can assure my survival that's pay my bills(rent, electr... internet) and money for food and clothes, from some other source, then I will work for free if the job fuels my aspirations.(I will go and work right now if I can help at developing a alternative energy source for example, or research in astrophysics, meteorology or seismology, or biology life sea, human, human behavior...) I would gladly do it free.
 
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  • #16
Bachelor Electrical Engineering & Computer Science is a good option to. But in this country except the fact that is the 1960's education at work and I make about 240$ per month for full job 180 hours and good salary starts from 475$, we don't have majors-minors or double majors or 1 year placement... Closest thing I have to that is Computer and Information Technology... Damm I hate this country, the government doesn't care, the police doesn't care, the doctors doesn't care, people don't care, poor education, slave salaries, high prices for gas, electronics... in about 18 years I can get my own house, if I don't spend anything... =))) I would like to move to UK, France or Germany If I have the opportunity for study's and work, and make that country my "adopting country". Hmmm
 
  • #17
after a Engineering physics B.Sc.Eng can I do a M.Eng Electrical Engineering ? and if I can is it wise ? or what other interdisciplinary masters can I do ?
 
  • #18
twofish-quant said:
Turning something into a career is one of the surest ways of killing any enjoyment of it (and that applies to physics). You can do something for love. You can do something for money. Bad things happen if you mix the two.

What kinds of things?

twofish-quant said:
Also, my cynical view is that the idea that "jobs should be fun!" is this clever plot to convince people that they should be paid less. One thing that has also gotten me hired is that I'm willing to do a lot of stuff that I don't consider particularly fun.

twofish-quant said:
If you are willing to do something and you really don't care about getting paid, then the person that is paying you will stop. Employers will not pay you to do something, if you find it so fun that you are willing to do it for free or cheap.

That's why post-docs and graduate students make so little money. Since science is fun and addictive, people aren't willing to hand out the cash.

Well I guess you could still do a job for fun and enjoy it, you just have to hide that fact from your boss and anyone willing to hire you!

A job that isn't considered "fun", doesn't really have to be "not fun" for everyone. Those who hire might consider a programming job "boring" and pay a higher salary to compensate, but you don't have to consider it boring also.

So I don't understand how having fun out of a job could hurt.
 
  • #19
It's not so clear that doing one thing isn't relevant to another thing. There seem to be many inexplicable benefits to learning things like music, chess, or languages. People who studied a language did better on math tests according to one study.

Here's just one link for languages:

http://www.utm.edu/staff/bobp/french/flsat.html
 
  • #20
"after a Engineering physics B.Sc.Eng can I do a M.Eng Electrical Engineering ? and if I can is it wise ? or what other interdisciplinary masters can I do ?"
 
  • #21
homeomorphic said:
It's not so clear that doing one thing isn't relevant to another thing. There seem to be many inexplicable benefits to learning things like music, chess, or languages. People who studied a language did better on math tests according to one study.

Feynman didn't have much to do with learning languages or music. Like him, I'd guess that most physicists would be happy not to bother with these pursuits. Chess is another matter though:

http://blog.chess.com/billwall/physicists-and-chess

Note the big danger. Chess could become all consuming instead of physics!:

"[Werner Heisenberg's obsession with chess became so obvious that Professor Arnold Sommerfeld finally had to forbid him to play... Wolfgang Pauli also told Heisenberg to give up chess and save whatever intellectual effort he could muster for physics...”

So if you want to save a visit to "Chess anonymous", then just don't do it!

For most of the others it was just a rare diversion, and usually only as kids:

"Richard Feynman ... He was a member of his high school chess club."

... till he found something better to do :)
 
  • #22
Feynman didn't have much to do with learning languages or music. Like him, I'd guess that most physicists would be happy not to bother with these pursuits. Chess is another matter though:

Not true at all. I don't know about languages, but he actually DID play the bongos. It was even caught on film:



Also, have a look at this:

http://www.news.cornell.edu/stories/Aug06/physics.music.html

I don't know about physicists, but in math PhD programs, you are usually required to pass a language exam.



So if you want to save a visit to "Chess anonymous", then just don't do it!

That's only true for people who lack self-control.


It's easy to naively say that you should just specialize in one thing, but unless you have proof that that is somehow a superior strategy, you shouldn't make the claim that it is, just because your naive intuition leads you to believe it. The human mind is a far more subtle thing than that.

I don't claim to definitively know what the right balance of specialization is.
 
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  • #23
It is decided, I am taking a 3 year degree in Biophysics or Medical Physics(it's actually physics with different optional courses and last semester from the last year, I could do an extra year to take my "pure" physics degree as well), but as a backup, I am working for free in a Web Design & Development company, so I can learn, gain experience, and for the opportunity of a job in the company, the salary for a Junior PHP Developer is starting from 700$/month here and I make 240$ now full time as a Dispatcher... It is stupid how you can learn in one/two days everything you would learn in college(computer science) about programming in 3 years only from youtube tutorials. Atleast this is how education is here.
 
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  • #24
homeomorphic said:
Not true at all. I don't know about languages, but he actually DID play the bongos.

That's like saying he was into dancing because he went to strip joints... I might just believe that Einstein's musical experience affected him... there's a vast difference between taking up the bongos, as a joke, as adult, and years spent learning the violin as a child.

homeomorphic said:
I don't know about physicists, but in math PhD programs, you are usually required to pass a language exam.

Not in the UK.

homeomorphic said:
It's easy to naively say that you should just specialize in one thing, but unless you have proof that that is somehow a superior strategy, you shouldn't make the claim that it is, just because your naive intuition leads you to believe it. The human mind is a far more subtle thing than that.

I don't claim to definitively know what the right balance of specialization is.

There is research out there that shows that, for instance, the only distinguishing feature of the very best concert violinists is that they practised more than the average fiddler. It didn't matter if they spoke other languages, danced, played the bongos... more fiddling was the only thing that counted. So there is some proof that what I'm saying is so, it's not just my naive intuition. (Then again I haven't done my 10 000 hours of study in "genius acquisition theory", to be the expert here - so dig deeper to get the full info...)
 
  • #25
There is research out there that shows that, for instance, the only distinguishing feature of the very best concert violinists is that they practised more than the average fiddler.

Reference?

It may be different for different skills.

I have heard of studies where people who studied languages or played music actually outperformed people who studied math on math tests. I could probably dig up some links, but it's sort of half-remembered stuff.
 

FAQ: What are the benefits of pursuing a degree in Engineering Physics?

1. What is Engineering Physics?

Engineering Physics is an interdisciplinary field that combines the principles of physics and engineering to solve real-world problems. It involves the application of physical laws and theories to develop new technologies and improve existing systems.

2. What are the benefits of pursuing a degree in Engineering Physics?

There are several benefits to pursuing a degree in Engineering Physics, including a strong foundation in both physics and engineering principles, a wide range of career opportunities in various industries, and the potential for high-paying jobs with room for growth and advancement.

3. What skills will I develop through an Engineering Physics degree?

Through an Engineering Physics degree, you will develop critical thinking, problem-solving, and analytical skills, as well as technical skills in designing and implementing solutions to complex problems. You will also gain hands-on experience with various tools and technologies used in engineering and physics.

4. What career paths can I pursue with an Engineering Physics degree?

An Engineering Physics degree can lead to a variety of career paths, including roles in research and development, design and innovation, consulting, and management in industries such as aerospace, energy, healthcare, and technology. You can also pursue further education in areas such as engineering, physics, and business.

5. How is Engineering Physics different from other engineering degrees?

Engineering Physics is unique in that it integrates the fundamental concepts of physics with the practical applications of engineering. This interdisciplinary approach allows for a deeper understanding of the underlying principles and the ability to develop innovative solutions to complex problems. Additionally, Engineering Physics covers a broader range of topics compared to other engineering degrees, providing a more versatile skill set.

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