Can Engineering be considered as A Lot Funner than Physics ?

In summary, the conversation discusses the perceived differences between engineering and physics, with the belief that engineering involves problem solving while physics primarily involves writing papers. However, it is pointed out that many physicists also work in engineering and that research and publishing papers are essential parts of understanding the universe and sharing ideas with others. Ultimately, both professions can be fulfilling for those who are passionate about their work.
  • #1
Charonic
12
0
Can Engineering be considered as "A Lot Funner than Physics"?

I started my IB diploma at September this year, and Physics is simply my most favorite subject. I liked the abstract ideas of how and why things worked the way they do in the universe.

However, from ZapperZ articles, it seems that Physicists start off from learning about all these interesting properties of the universe, but ended up with some advisor and you spend your life publishing papers!

Perhaps my view of Engineering is flawed as well, but I thought that Engineering is mainly about doing problem solving exercises with all sorts of different situations in the area that you specialize in, not spend your days writing up boring stacks of text.

So, if all the Phd physicists ever do is publish papers, wouldn't it be right to say that the only reason they do it is because they've got no other choice since they can't switch jobs? Wouldn't that make Engineering a much more fulfilling career to pursue compared to the Physicist?
 
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  • #2
You're confusing your perceptions and personal notions with others. Did you ever think that those physicists might actually enjoy their jobs? How about, the thought that there might be some engineers who don't like be engineers and pursue a totally different career, like say finance?
 
  • #3
Yea it's true that some physicists might like their jobs writing papers up and stuff, but the original purpose of the physicist when he first took it for university is probably not to write papers right?

Perhaps a more accurate question is, aren't the physicists who spend their lives publishing papers defying the purpose of them taking physics in the first place? Physicists exist to understand the nature and the mechanisms of the universe, how much time can they spend into doing that if they have to constantly write up papers to preserve their reputation?
 
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  • #4
Many many physicists spend enormous amounts of time on research. Writing papers only is only for communicating the ideas behind your research. Why are you so fixated on the "writing papers" part?

Doing research is probably very intellectually satisfying, and I know I'd want to share what I've found with everyone! It was scientists who first saw the value in the sharing of information (think early WWW)!

What do you think is the CONTENT of all these papers??! My guess would be physics!

Understanding the universe isn't just a dance done on one's own, or in one's head.
 
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  • #5
One important question:

How do you think all of these physicists communicate their mathematics, language, ideas and understanding of physics, if not through published papers?

I would look into the difference between an 'experimentalist' and a 'theorist'.

People who do theory (a lot of people on here) and those of us that want to do theory (myself and others), enjoy reading papers and hope to one day, publish our own. We are not doing physics because we 'like' writing papers.

We do physics so we can share our ideas with one another and hopefully, help each other discover and understand the tangible universe.

I would suggest you read a lot more about what physics is. All of the 'amazing conceptions' about the universe, came about through papers.

How do you think Einstien's General Theory of Relavitity was accessed? Every person in the world didn't get a chance to ask him what he thought -- instead, they printed out his paper and studied it.

You will realize that some theories can take 20+ years to formulate and then another 10 years for the community to read through and make complete sense of it.

Research is not a one day lab class, like in university. It can be a lifelong endeavour at the end of which, you want someone to read through your entire life's work and give you their opinion.
 
  • #6
Lets not forget that PhD engineers publish a lot of papers too. This is just the way that research works. This is how you share ideas, collaboration.
 
  • #7
Mororvia said:
Lets not forget that PhD engineers publish a lot of papers too. This is just the way that research works. This is how you share ideas, collaboration.

Yes, it's probably easier to simply state that ALL fields of research, publish high volumes of papers. From Physics, to geology, to neuroscience, to economics and back again. If you do research, expect to do publications. If you wish to do industry, I have no idea how that works, I am primarily concerned with academia.

Then again I am much better at writing, than I am at math so perhaps I just have a natural passion for publications. I wouldn't worry about constructing papers because they will function as an intellectual release once you start conducting interesting research.
 
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  • #8
Yes, very true. All fields of research publish plenty. Those in industry publish too... assuming its not a company or government secret.
 
  • #9
"funner" isn't a word
 
  • #10
"funner" isn't a word

Neither is fattastic but I use it with authority.
 
  • #11
Please note that many physicists become engineers or are work in engineering related jobs. It it easy to switch from physics to engineering. And also if you are so worried about "publishing papers", have you ever wondered how physicists get the data? Its through research and experiments.

It is incorrect to say that one is more fun than the other. Both of these professions are awesome if you truly love what you are doing.

Your view of engineers isn't flawed [although I don't agree with "writing up boring stacks of text"], but your view of physicists and what they do is.
 
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  • #12
Charonic said:
Yea it's true that some physicists might like their jobs writing papers up and stuff, but the original purpose of the physicist when he first took it for university is probably not to write papers right?

Perhaps a more accurate question is, aren't the physicists who spend their lives publishing papers defying the purpose of them taking physics in the first place? Physicists exist to understand the nature and the mechanisms of the universe, how much time can they spend into doing that if they have to constantly write up papers to preserve their reputation?

You seem to have lost the point that I made whereby publishing is a means of communication. It is not an end in itself!

As has been pointed out already, other areas, including engineering, also publish their work. This is what happens whenever one is involved in doing research in new area of knowledge, be it physics, chemistry, biology, engineering, psychology, etc... etc. This is why such work is called "Research and Development". The work comes first, and when you have accomplished something worthwhile, you publish it so that it can be scrutinized by your peers, the knowledge can be distributed, and you can take credit for it! It's a win-win situation!

Zz.
 
  • #13
Charonic said:
Perhaps my view of Engineering is flawed as well, but I thought that Engineering is mainly about doing problem solving exercises with all sorts of different situations in the area that you specialize in, not spend your days writing up boring stacks of text.

Well as far as I know the typical workday for a lot of engineers involves writing documentation, going to meetings and overseeing the work done by the people that actually "use their hands". What you do at the university does not resemble what you have to in a typical job.
 
  • #14
octol said:
Well as far as I know the typical workday for a lot of engineers involves writing documentation, going to meetings and overseeing the work done by the people that actually "use their hands". What you do at the university does not resemble what you have to in a typical job.

Well, I'm an engineer (senior integrated circuit designer) and my job is nothing like any of that.

- Warren
 
  • #15
Guys thanks for all these comments and I'd say they really helped me erase my worries about becoming a physicist!
 

1. Can engineering be considered as a lot funner than physics?

This is a subjective question and can vary from person to person. Some individuals may find engineering more enjoyable due to its practical applications and hands-on nature, while others may find physics more fascinating due to its fundamental principles and theoretical concepts.

2. What makes engineering more fun than physics?

Again, this can vary from person to person. Some individuals may find engineering more fun because it involves designing and creating tangible solutions to real-world problems. It also allows for more collaboration and teamwork compared to physics, which is more focused on individual research and experimentation.

3. Is engineering more challenging than physics?

Both engineering and physics can be challenging in their own ways. Engineering requires a strong understanding of scientific principles, as well as problem-solving and critical thinking skills. Physics, on the other hand, involves complex mathematical calculations and theoretical concepts that can be challenging to grasp. Ultimately, the level of difficulty can depend on the individual's strengths and interests.

4. Can someone with a physics background switch to engineering?

Yes, it is possible for someone with a physics background to switch to engineering. However, they may need to acquire additional knowledge and skills in areas such as design, materials, and manufacturing processes. It may also take some time and effort to adjust to the hands-on nature of engineering compared to the more theoretical approach of physics.

5. Which field offers better job opportunities - engineering or physics?

Both engineering and physics offer a wide range of job opportunities in various industries. However, the demand for engineers is generally higher due to the practical applications of their skills in fields such as construction, technology, and manufacturing. Physics jobs may be more limited, but there are still opportunities available in research, education, and other industries that require a strong understanding of physics principles.

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