"You Too Can Become A Engineer"

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Originally Posted By: The Critic
As a current undergraduate student who is planning to major in a non-engineering field, I have a lot of respect for engineers and the rigor of their coursework. I have a lot of interest in engineering and find it very fascinating, but I personally think I lack the aptitude for it. Perhaps in my next life, I'll study engineering.


what are you planning to major in critic?
 
Originally Posted By: wapacz

Really it is discouraging that I have to work so hard for my major. That is so time intensive that I can't take more than 14 to 15 credits a semester max. While other majors my school offers are so much easier and less time intensive to the point that taking 18 credits isn't a huge deal.

You will one day be proud of yourself completing something that most could not.
 
A few years back when looking at jobs one weapons quality position with the federal government had criteria something like a HS diploma with 20 years, or a [censored] degree with 10 years, or a MS with 5 years or a PhD with no experience.
 
My father is a retired GM engineer and I was always amazed at his knowledge and skills. He would always come home and complain about the interns he was working with because they were smart mouthed and though they knew everything because they went to a good engineering school. They always ended up coming around to dad to learn the good old fashioned way. I think the new generation also relies on computers too much. While I agree that we need to use computers and it is a better way -- I also think that these new engineers should also be able to do things the old way as a backup and to know just why an outcome is produced by the computer. I, too work for GM and I will spare you the drama of working with these types of new engineers.
 
Originally Posted By: GMBoy
I think the new generation also relies on computers too much. While I agree that we need to use computers and it is a better way -- I also think that these new engineers should also be able to do things the old way as a backup and to know just why an outcome is produced by the computer.

Well, when you are forced to run a slide rule back and forth a number of times for a problem, you always had to mentally do a guesstimate to insure you were in the correct order of magnitude. You couldn't ignore the "common sense" factor.
smile.gif
 
"What physic's class's would you specifically recommend molakule ? My schedule dictates that I take Advanced university physics 1,2; next year. Is this what you're referring to ?"

Yes, that's a good start.

BTW, I think Aerospace Engineering had a tougher cirriculum than did Physics. I did the MS in 18 months.
 
Quote:
I have a lot of interest in engineering and find it very fascinating, but I personally think I lack the aptitude for it.


So? It may take you longer to integrate stuff. You may not be able to soak up and puke out at the upper achiever's pace ..but ..so?
 
It's great to see when folks get encouraged to choose a field they ACTUALLY LIKE! No wonder half the kids and half the adults are on dope.
 
Yes Al, you nailed it. As a retired ChE. I am always tinkering around in the garage with my cars and minor inventions. A few of the local kids stop in for some math/science help. That old slide rule really amazes them. They have a little problem with the 'order of magnitude' concept and only one has grasped the 'factor label cancel' method. They become a bit skeptical when I prove to them--on the slide rule--that 2X2=3.999. Best rgeards. John--Las Vegas.
 
Originally Posted By: wapacz
Try being a math majors taking 2 300 level math classes then taking a 300 bus class. What a difference that was. I struggled through my math class, paid attention the whole time and if I missed a day I was screwed. In the 300 level bus class I went in sat on my laptop surfed the web a bit, and didn't really pay any attention. Did my homework and that is about it. Maybe spent 10 hours out of class for the whole semester compared to the 5 to 6 hours a week that I easily put in as a base for my math classes.


yeah isn't that the truth. I was an economics major and had to take a few math courses. After taking real analysis, I have the utmost respect for math majors. That was easily one of the hardest and most painful courses I've taken but it really shapes the mind. I also think it should be a required course for all college majors.......being trained to think in a precise, concise, and logical way is invaluable but only a small fraction of college grads actually receive that type of training. The universities are churning out too many liberal arts majors who value long windedness and b.s. over clarity of thought.
 
Originally Posted By: Gary Allan
Quote:
I have a lot of interest in engineering and find it very fascinating, but I personally think I lack the aptitude for it.


So? It may take you longer to integrate stuff. You may not be able to soak up and puke out at the upper achiever's pace ..but ..so?


I'm in the same boat. I find engineering fascinating but my experience with pre-calc didn't go so well. I don't like to give up without a fight so I'll try again once we get this debt off our shoulders. Without the debt I can work part-time and focus more on classes.
 
I never got to do any upper level ciphering ...but cracking any nut that frustrates you is its own reward.
 
Originally Posted By: GMBoy
I think the new generation also relies on computers too much. While I agree that we need to use computers and it is a better way -- I also think that these new engineers should also be able to do things the old way as a backup and to know just why an outcome is produced by the computer. I, too work for GM and I will spare you the drama of working with these types of new engineers.


I agree to a point. What computers have done, at the expense of really knowing like the back of your hand the very basic aspects of engineering - and learning the rest as needed down the line... is provide the ability to get to a far more advanced point and have a working knowledge of a lot more stuff, from an early point.

The real question is what is better - knowing fewer things REALLY well, or knowing more things marginally well? At the end of the day, the dumb folks wont be able to do the work anyway, and the smart ones will know where to look it up and learn it.

There was always a curve. Your father had some slow ones and some really bright ones in his day as well... dont forget that. Not everyone was a genius because of the way things were taught back then. The fact that kids are smart-allecs these days is more a sad virtue of society than anything else, and these sorts of folks were around back then as well. Internships have always been a means of finding cheap labor and a good understading of who you might want to hire into your company as a good employee. It is a good weed-out, and has always been... people were jerks and got fired and did poorly in internships and didnt know their stuff when your father was fresh out of college too.

People just like to romanticize the past.

JMH
 
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Originally Posted By: JHZR2
The real question is what is better - knowing fewer things REALLY well, or knowing more things marginally well?


Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them? Cranks and freaks?

Just because someone possesses well-rounded and varied knowledge doesn't mean he can't also exceed in one particular field. On the contrary, I know quite a few people who, while they are highly specialized and competent in one field, lack any kind of knowledge outside their field. That's just sad.
 
Originally Posted By: moribundman
Originally Posted By: JHZR2
The real question is what is better - knowing fewer things REALLY well, or knowing more things marginally well?


Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them?


Idiot savant.
 
Originally Posted By: moribundman

Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them? Cranks and freaks?

Just because someone possesses well-rounded and varied knowledge doesn't mean he can't also exceed in one particular field. On the contrary, I know quite a few people who, while they are highly specialized and competent in one field, lack any kind of knowledge outside their field. That's just sad.


Sorry, you misunderstood my meaning.

Let's make an example instead. My grandfather was an electrical engineer who went to Columbia - a decent Ivy League school. I am a chemical engineer who went to Delaware - top ten in the nation in ChE. We both took three calc classes, he during the 40's, me during the late 90's/early 00's. He did everything by hand and by sliderule, etc., I did a lot by calculator, and with mathematical computational tools such as Maple. We compared what we learned in our three basic calc classes. The difference of what was done was pretty significant, especially when getting into calc II and III. Now, will I ever use much of what was done in Calc III? Likely not. But I have a better understanding of many of the more advanced topics, as an undergraduate, than he ever did. Things that he would have had to go for a PhD in math to learn, which I got _some_ treatment of in an undergraduate class, because of the tools available to make the learning faster.

Another example, my uncle and I. He is a ChE thirty years my former. We both had a similar senior design project to perform, designing a reactor/separator chemical plant system with all of the resultant kinetics, heat transfer, etc. The difference? I had computational tools available that allowed us to perform much more detailed, more intricate analysis and design, because some of the stuff was performed for me. Did I not understand what it was calculating? no. I had learned to do all of the stuff by hand to some extent (lilely not as well as my uncle, though), but the ability to depend upon computers made my ability to do more and experience more was critical.

Same in thermodynamics. many of the advanced equations of state and complex calculations to determine phase equilibria and other similar things were treated in my undergraqduate class because we had the ability to use mathcad and iterate on solutions and do advanced math quickly, as opposed to having to slowly calculate it all by hand and do all of the calculus longhand. Sure gave me a better treatment of this stuff than my uncle had - he didnt get the full phase equilibria treatment until his MS ChE class.

So again, computers allow you to learn more information and treat more important topics in a cirricula than one could if it was all done solely by hand in the old fashioned way. Does that make me smarter, more knowledgable, moire capable than my uncle or grandfather? Likely not except in the capability area because for calculational-based engineering, I can fire off advanced calculations at a much higher rate than they ever could at my age.

So again, my point that they had much more detailed treatment of fewer topics in the cirricula, whereas I had treatment of more topics, but with more comes less time to delve into the deep details of the more basic stuff. So it is an issue of the fact that I learned more breadth via the enabling technology, and likely as a result learned some of it not quite as well... whereas they learned some of the more basic concepts to a much higher level of detail, but never got as far in knowing the full picture/story, unless they needed to use it at work.

Is one wrong/right? one certainly provided more treatment and experience of the basics, while one certainly gave more treatment of the more advanced topics which ultimately, in my field, are invaluable. I can see from my experiences at work, and my promotion schedule, that I am more capable than the engineers in the same fields that are here but much older. Is it because Im smarter than them? More specialized? No, it is because I am able to know the basic information, look up and learn what I dont know as well, and use the tools that infinitely enhance my productivity. It is very apparent.

So I am not talking about a specialized idiot. I am not talking about non-well rounded individuals (my original point, in fact, was merely discussing what computers do to the specific learning of an engineering cirricula, with respect to what you learn, to what extent you learn, and how you learn it). I think you would be hard pressed to find people more specialized and knowledgable, yet more well-rounded, well read, and talented in outside areas than my close friends that I graduated with (and one of whom I work with now).

Its not a matter of intelligence or specialization. It is a matter of treatment of cirricula and items that help to solve more complex and challenging problems, faster and easier, while still understanding the fundamental reasons why everything happens as it does. Many cannot comprehend it, even if they did go through some fancy schooling. As I said before, there is always a curve, always was a curve, and always will be a curve.

JMH
 
Last edited:
Originally Posted By: XS650
Originally Posted By: moribundman
Originally Posted By: JHZR2
The real question is what is better - knowing fewer things REALLY well, or knowing more things marginally well?


Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them?


Idiot savant.


Actually, "idiot savant" denotes a person who, while far below average intelligence, excels in one very precise field, for example music or math.

I was talking of people with average or above intelligence who are knowledgeable in only one field. You seem them every these days. The lack of common knowledge and skills is terrifying.
 
Originally Posted By: JHZR2
Originally Posted By: moribundman

Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them? Cranks and freaks?

Just because someone possesses well-rounded and varied knowledge doesn't mean he can't also exceed in one particular field. On the contrary, I know quite a few people who, while they are highly specialized and competent in one field, lack any kind of knowledge outside their field. That's just sad.


Sorry, you misunderstood my meaning.

Let's make an example instead. My grandfather was an electrical engineer who went to Columbia - a decent Ivy League school. I am a chemical engineer who went to Delaware - top ten in the nation in ChE. We both took three calc classes, he during the 40's, me during the late 90's/early 00's. He did everything by hand and by sliderule, etc., I did a lot by calculator, and with mathematical computational tools such as Maple. We compared what we learned in our three basic calc classes. The difference of what was done was pretty significant, especially when getting into calc II and III. Now, will I ever use much of what was done in Calc III? Likely not. But I have a better understanding of many of the more advanced topics, as an undergraduate, than he ever did. Things that he would have had to go for a PhD in math to learn, which I got _some_ treatment of in an undergraduate class, because of the tools available to make the learning faster.

Another example, my uncle and I. He is a ChE thirty years my former. We both had a similar senior design project to perform, designing a reactor/separator chemical plant system with all of the resultant kinetics, heat transfer, etc. The difference? I had computational tools available that allowed us to perform much more detailed, more intricate analysis and design, because some of the stuff was performed for me. Did I not understand what it was calculating? no. I had learned to do all of the stuff by hand to some extent (lilely not as well as my uncle, though), but the ability to depend upon computers made my ability to do more and experience more was critical.

Same in thermodynamics. many of the advanced equations of state and complex calculations to determine phase equilibria and other similar things were treated in my undergraqduate class because we had the ability to use mathcad and iterate on solutions and do advanced math quickly, as opposed to having to slowly calculate it all by hand and do all of the calculus longhand. Sure gave me a better treatment of this stuff than my uncle had - he didnt get the full phase equilibria treatment until his MS ChE class.

So again, computers allow you to learn more information and treat more important topics in a cirricula than one could if it was all done solely by hand in the old fashioned way. Does that make me smarter, more knowledgable, moire capable than my uncle or grandfather? Likely not except in the capability area because for calculational-based engineering, I can fire off advanced calculations at a much higher rate than they ever could at my age.

So again, my point that they had much more detailed treatment of fewer topics in the cirricula, whereas I had treatment of more topics, but with more comes less time to delve into the deep details of the more basic stuff. So it is an issue of the fact that I learned more breadth via the enabling technology, and likely as a result learned some of it not quite as well... whereas they learned some of the more basic concepts to a much higher level of detail, but never got as far in knowing the full picture/story, unless they needed to use it at work.

Is one wrong/right? one certainly provided more treatment and experience of the basics, while one certainly gave more treatment of the more advanced topics which ultimately, in my field, are invaluable. I can see from my experiences at work, and my promotion schedule, that I am more capable than the engineers in the same fields that are here but much older. Is it because Im smarter than them? More specialized? No, it is because I am able to know the basic information, look up and learn what I dont know as well, and use the tools that infinitely enhance my productivity. It is very apparent.

So I am not talking about a specialized idiot. I am not talking about non-well rounded individuals (my original point, in fact, was merely discussing what computers do to the specific learning of an engineering cirricula, with respect to what you learn, to what extent you learn, and how you learn it). I think you would be hard pressed to find people more specialized and knowledgable, yet more well-rounded, well read, and talented in outside areas than my close friends that I graduated with (and one of whom I work with now).

Its not a matter of intelligence or specialization. It is a matter of treatment of cirricula and items that help to solve more complex and challenging problems, faster and easier, while still understanding the fundamental reasons why everything happens as it does. Many cannot comprehend it, even if they did go through some fancy schooling. As I said before, there is always a curve, always was a curve, and always will be a curve.

JMH


Eh... thanks, or rather yikes, I guess. My reply to your post was a mere comment -- and I posed a question, which you didn't answer.
 
Originally Posted By: moribundman
Originally Posted By: XS650
Originally Posted By: moribundman
Originally Posted By: JHZR2
The real question is what is better - knowing fewer things REALLY well, or knowing more things marginally well?


Tell me how you really feel about "Fachidioten" (=specialized idiots). What do you call them?


Idiot savant.


Actually, "idiot savant" denotes a person who, while far below average intelligence, excels in one very precise field, for example music or math.

I was talking of people with average or above intelligence who are knowledgeable in only one field. You see them every these days. The lack of common knowledge and skills is terrifying.


"see" not "seem"

I didn't catch that in the allotted grace period.
spankme2.gif
 
I didnt answer your question because I am indifferent to the so-called fachidioten. I could care less. Yes, you see them all over the place, but it was irrelevant to my discussion, which was more on teaching theory pertaining to engineering cirricula than to those 'absorbing' it or doing anything worthwhile with it.

However, there have always been people who are highly specialized with no skills in other areas. This is a point that I have been trying to make. There really is nothing new under the sun. People have been of this sort since the beginning of time. The only difference is that now we are able to breed them and sustain them more easily, as they live off of mom and dads dime as long as possible, sit in a room and do what they want, and even have the ability to create enough value to thrive and continue what they are doing. Back in the day they may have starved or frozen.

JMH
 
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