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ElectroPhysics
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Let us talk about Engineering Physics. I think it is the time to start a subforum with title "Engineering Physics" under the PhysicsForums website.
jcsd said:Engineering is for scoundrels and physics is for gentleman and never the twain shall meet...
Gokul43201 said:A true gentleman would not corrupt a beautiful line, so I'll excuse your callousness.
I'm sure jcsd meant " ...and ne'er the twain shall meet..."
jcsd said:Engineering is for scoundrels and physics is for gentleman and never the twain shall meet,
beisides which as has already been pointed out we already have two forums which adequately cover the area.
Gokul43201 said:IMO you don't need an Engineering Physics subforum. General Physics and General Engg. are sufficient for this. Most physicists with any engineering ability visit both sections (I imagine).
ElectroPhysics said:In my openion engineers are not good in designing details. That is why we hire physicists and mathmaticians for that purpose.
Phobos said:I can disagree with your first sentence too. :)
ElectroPhysics said:Let me be more specific. Suppose an engineer has to put a ferrite transformer in his design. He normally does so by taking an already designed transformer with known turns ratio ,current ,voltage and frequency specs etc. He on the other hand can't put formulas to make his own transformer.
Scoundrels? Those pretty formulas that work perfectly on paper do not always translate smoothly into reality. Mother nature is a much harsher master than any journal referee. Engineering is to science as art is to autocad.jcsd said:Engineering is for scoundrels and physics is for gentleman...
Humm... who designed the off the shelf transformer... an engineer. Seems you need to think a little deeper about this.ElectroPhysics said:Let me be more specific. Suppose an engineer has to put a ferrite transformer in his design. He normally does so by taking an already designed transformer with known turns ratio ,current ,voltage and frequency specs etc. He on the other hand can't put formulas to make his own transformer. ..?
ElectroPhysics said:What do you say about the proverb, jack of all master of none? Do you recommend Physicists and mathematitians for university lecturership only? What do they do in engineering firms in your country? Do they do what engineers already know better then them?
ElectroPhysics said:Your guys r not replying my following questions : )
ElectroPhysics said:Your guys r not replying my following questions : )
ElectroPhysics said:What do you say about the proverb, jack of all master of none? Do you recommend Physicists and mathematitians for university lecturership only? What do they do in engineering firms in your country? Do they do what engineers already know better then them?
If an electrical engineer couldn't design a transformer, equations up, he would never make it through his second year in college. The fact that in practice he doesn't need to in no way implies that he never learned how.ElectroPhysics said:Let me be more specific. Suppose an engineer has to put a ferrite transformer in his design. He normally does so by taking an already designed transformer with known turns ratio ,current ,voltage and frequency specs etc. He on the other hand can't put formulas to make his own transformer. I had only 2 EE courses and I could do it (I'd need to look up the equations though...)
It depends on what you mean - in my view, an engineer must be the master of all trades. Take my job, for example: I design air conditioning systems for buildings. In actuality, most of the design work is done by our draftsmen/designers - we send them to a 6 month course in designing systems and they learn a little of the basics necessary to design the system and they become quite good at it. But they don't know the theory, the fluid dynamics, thermodynamics, mechanical dynamics, etc. And there are times when these things are needed.What do you say about the proverb, jack of all master of none?
It of course depends on the type of firm, but there are few physicists and mathematicians (relativeley speaking) in engineering. A physicist (depends on what kind) would probably be able to learn my job without much trouble, but the skills would not fit well.Do you recommend Physicists and mathematitians for university lecturership only? What do they do in engineering firms in your country?
Engineering and physics may be complimentary/overlaping, but they are not redundant. There is a great deal that physicists don't do that engineers do and vice versa.Do they do what engineers already know better then them?
Engineering Physics is a field that combines principles from both engineering and physics in order to solve complex problems and develop innovative technologies. It focuses on the application of fundamental physics concepts to real-world engineering challenges.
The Engineering Physics subforum covers a broad range of topics including mechanics, thermodynamics, electromagnetism, quantum mechanics, and materials science. It also includes discussions on the latest developments and advancements in engineering physics research and technology.
Graduates with a degree in Engineering Physics have a variety of career options including working as engineers, researchers, consultants, or educators in industries such as aerospace, energy, electronics, and materials. They can also pursue graduate studies in fields such as engineering, physics, or applied science.
Engineering Physics differs from other engineering disciplines in its focus on the fundamental principles of physics and their application to engineering problems. It also places a strong emphasis on research and innovation, making it a highly interdisciplinary field that combines the best of both engineering and physics.
Some important skills for success in Engineering Physics include a strong foundation in mathematics and physics, problem-solving abilities, critical thinking, and the ability to work in interdisciplinary teams. Good communication and project management skills are also valuable in this field.