Engineering vs Physics: Making a Decision

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Discussion Overview

The discussion revolves around the decision-making process between pursuing a degree in engineering versus physics, particularly in the context of interests in fundamental physics concepts such as quantum mechanics and particle physics. Participants explore the implications of each path, including the potential for experimentation and theoretical exploration versus practical application and design.

Discussion Character

  • Debate/contested
  • Conceptual clarification
  • Exploratory

Main Points Raised

  • One participant expresses a strong desire to understand fundamental physics and questions whether to switch from mechanical engineering to physics to pursue this interest.
  • Another participant argues that engineering primarily focuses on applying physical principles to design practical objects, suggesting that a change in major may be warranted if the goal is to study advanced physics.
  • Some participants emphasize the distinction between building (engineering) and experimenting (physics), suggesting that the choice should align with personal interests in either practical applications or theoretical exploration.
  • A participant raises concerns about the actual content of nuclear engineering programs, indicating that they may not involve as much fundamental physics as anticipated.
  • There is a correction regarding terminology, clarifying that a 'physician' is not the same as a 'particle physicist,' highlighting the importance of precise language in the discussion.
  • One participant suggests that if someone needs convincing to pursue physics, it may indicate a lack of genuine interest, proposing that those interested in both fields might consider studying physics while engaging in engineering as a hobby.

Areas of Agreement / Disagreement

Participants express differing views on the merits of engineering versus physics, with no clear consensus on which path is preferable. The discussion remains unresolved regarding the best course of action for someone torn between the two fields.

Contextual Notes

Participants mention various aspects of both fields, including the focus on practical applications in engineering and the theoretical nature of physics, but there are unresolved assumptions about the content and outcomes of specific educational paths.

ajayguhan
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Right from my high school i was very interested in maths and physics, and i want to be scientist in the field of quantum mechanics, particle physics.

I took mechanical engineering at my college since it has wide application but here I'm not learning the m uch fundamentals of physics such as quantum mechanics, lagrangian and hamiltonainan mechanics only Newtonian then we focus into solid, fluid dynamics.the engineering focus on concepts to build or explain something, but never focuses on concepts.

My plan before was like after doing mechanical engineering, i can do nuclear engineer at post graduate level and start out my career as scientist in sub atomic level

I like to build something like engineers do but i love to find out the reason being every physical law and always i wanted to answers the question why it it? How it is?

So if I'm asked to build something for commercial purpose like engineers do I'm least bothered, because i want to find something new about at very small scale like Einstein and other scientist found out theories.

So should i quit engineering and study physics or else while studying engineering itself may i study subjects like classical, quantum mechanics and electrodynamics, quantum field theory, etc...

I want to understand the fundamentals and apply engineering concepts to find out new thing about fundamentals.
 
Physics news on Phys.org
As a poster said on another PF forum, you don't need quantum mechanics or special relativity to design a bridge or a piston engine. The job of the ME is to apply physical principles to design things, and for most things, even rocket science, that means Newtonian mechanics is sufficient to the task at hand.

Now, if your desire is not to design widgets but to study leading edge physics, then a change in major would be indicated.
 
ajayguhan said:
I want to understand the fundamentals and apply engineering concepts to find out new thing about fundamentals.

It seems that your focus is on the fundamentals in that case you should stick to science. The question I'd like to ask is: would you find it exciting to build anything an engineer builds? like cars, boats, or airplanes? Or would you rather do an experiment to explore the nature of gravity, photons, and dark matter?

For me I just find the second category more interesting.
 
ajayguhan said:
Right from my high school i was very interested in maths and physics, and i want to be scientist in the field of quantum mechanics, particle physics.

I took mechanical engineering at my college since it has wide application but here I'm not learning the m uch fundamentals of physics such as quantum mechanics, lagrangian and hamiltonainan mechanics only Newtonian then we focus into solid, fluid dynamics.the engineering focus on concepts to build or explain something, but never focuses on concepts.

My plan before was like after doing mechanical engineering, i can do nuclear engineer at post graduate level and start out my career as scientist in sub atomic level

I like to build something like engineers do but i love to find out the reason being every physical law and always i wanted to answers the question why it it? How it is?

So if I'm asked to build something for commercial purpose like engineers do I'm least bothered, because i want to find something new about at very small scale like Einstein and other scientist found out theories.

So should i quit engineering and study physics or else while studying engineering itself may i study subjects like classical, quantum mechanics and electrodynamics, quantum field theory, etc...

I want to understand the fundamentals and apply engineering concepts to find out new thing about fundamentals.

It boils down to if you want to build or experiment. If you want to build and design do engineering. If you want to experiment and discover new theories, physics
 
I always wanted to do experiments but after finishing my mechanical engineering and if i did my pg in nuclear engineering then i would be doing experiments in nucleus, quantum effect, photon as same as a particle physician do so I can proceed with it nah?
 
ajayguhan said:
I always wanted to do experiments but after finishing my mechanical engineering and if i did my pg in nuclear engineering then i would be doing experiments in nucleus, quantum effect, photon as same as a particle physician do so I can proceed with it nah?

That's actually not the case. In fact you won't see much of any of that stuff. You will study the nucleus because that's after all where we get nuclear energy from. Quantum mechanics. No
 
ajayguhan said:
I always wanted to do experiments but after finishing my mechanical engineering and if i did my pg in nuclear engineering then i would be doing experiments in nucleus, quantum effect, photon as same as a particle physician do so I can proceed with it nah?

A 'physician' is a medical doctor. A 'particle physicist' is someone who fiddles with subatomic particles.
 
You should do some research on physics, including the math of it to see if you really want to be a physicist. In my experience if people have to talk you into doing physics you generally don't like it. I prefer physics as its exciting. If you want to learn about hows the universe works, rip the mask off nature and stare at the face of god become a physicist, if you want to know hoe a blender works become an engineer. If you are interested in both then I recommend studying physics and doing engineering as a hobby.
 

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