What kind of work is involved in engineering?

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    Engineering Work
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Discussion Overview

The discussion revolves around the nature of work involved in engineering, particularly from the perspective of a high school student exploring potential college majors. Participants share insights about the educational requirements, different engineering disciplines, and the types of work encountered in the field.

Discussion Character

  • Exploratory
  • Technical explanation
  • Conceptual clarification

Main Points Raised

  • One participant expresses uncertainty about the specifics of engineering work beyond math and science, seeking input from those already in the field.
  • Another participant outlines the typical coursework required in engineering programs, including extensive math and physics, and mentions specialization after the second year.
  • A participant shares their interest in both computer engineering and aerospace engineering, indicating a desire to explore various engineering fields.
  • Discussion includes a breakdown of the first few years of an engineering degree, noting that the curriculum varies by discipline in later years.
  • One participant describes the "design cycle" in engineering, highlighting different roles such as design engineering, product engineering, and test engineering, while noting that these roles may differ by engineering field.

Areas of Agreement / Disagreement

Participants generally agree on the foundational math and science requirements for engineering but express varying opinions on the specifics of coursework and career paths, indicating that multiple views remain on the nature of engineering work.

Contextual Notes

Participants mention that the engineering curriculum may have evolved with technology, particularly regarding the use of computers, but do not provide specific details on how this has changed. There is also an acknowledgment that students often change majors, which may affect their career paths.

Who May Find This Useful

This discussion may be useful for high school students considering engineering as a major, current college students exploring their options, and individuals interested in understanding the educational and professional landscape of engineering disciplines.

ejs16205
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I'm a junior in high school and am trying to figure out what I want to do for a major in college. I always said I wanted to get into engineering but I'm not really sure what kind of work goes into it. I know that there is a lot of math and science and those are my two favorite subjects in school, always have been. But I am curious as to what else goes into it. It would be much appreciated if people who are already in or going into engineering responded to this.

Thank you.
 
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I went into engineering because math and science were my favorite subjects in school. In college, much math and physics subjects are required, including 4 years of calculus/differential equations; a year or 2 of physics (mechanics, electromagnetism, and waves), then statics, dynamics, and electric circuit courses, Fluids, and Thermodynamics. And drafting/CAD. Then you specialize after 2 years in the engineering branch of your choice (Civil/Structural/Environmental/Electrical/ Chemical, Mechanical, etc.). At least that's how it was in my day, and i don't think it has changed much, except for the use of computers.

What type of engineering are you most interested in?
 
I'm still trying to decide, my boyfriend is majoring in computer engineering and I kind of like that, but I wanted to do aerospace, I'm still looking into different types of engineering though.
 
In general the first year of an engineering B.S. is the same across most degrees, lots of math and science and the bac core classes. sophomore year things start to change, the chemical/biological engineers take more chem classes, the civil/mechanical/manufacturing engineers take more hard physics, electrical/computer/CS take physics and CS, and the engineering management guys take more business ish classes. JR year is where you get a lot of fundamentals in your chosen field, usually by then you have to choose a specialty. Sr year is all about your specialty and any bac core you missed.

As for what you do in industry depends on what kind of career path you want, and you won't know that for a while anyway (people change majors all the time).

In real world engineering there is a "design cycle" and you kind of decide where you want to fit into that cycle (it looks a bit different in each field, I'm a EE/CpE so mine may differ from aerospace)
1 product conceptual design (engineering management)
2 actual design of the product (design engineering)
3 design verification and validation (product engineering)
4 qualification (test engineering) and manufacturing (manufacturing engineering and engineering management)
 

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