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I've spoken to a few knowledgeable ppl including my MIT Mech Eng uncle and they all believe that engineering is eventually gonna move to China and us Westerners will be left doing sales bc we demand higher incomes than the Chinese.</p>
<p>Therefore, is it even worthwhile to study engineering unless you're deeply passionate about it and/or don't care about the pay, or are the ppl i consulted wrong?
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<p>First off, like I've always said, there is a big difference between * studying* engineering and actually working as an engineer. Plenty of people who earn engineering degrees will never work as engineers. This should actually not be surprising at all, because the fact is, most people in any discipline will not actually work in that field. For example, most history majors do not become historians. Most sociology majors do not become sociologists. Most art majors do not become artists. A college degree should therefore be seen as a method to train your mind so that you can quickly learn whatever it is that you do end up doing in your career.</p>
<p>With that said, I would argue that engineering is a highly worthy field to study because, if nothing else, at least you will develop a body of knowledge of technology. Even if you never actually work as an engineer, that body of knowledge is valuable to have. </p>
<p>Furthermore, while surely engineering jobs can be outsourced, so can almost all other jobs. So on a relative basis, engineering is still a pretty good choice. After all, from a marketability standpoint, what's better to major in as an undergrad? What's the alternative? Humanities? Political science? Sociology? English? I don't think so. So even if engineering is hurt by outsourcing, it is still a more marketable degree to have relative to most other bachelor's degrees you can get. </p>
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Also, can ChemE be outsourced?
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<p>In theory, any job can be outsourced. ANY job. What matters is the difference in difficulty for a job to be outsourced. ChemE is probably one of the more difficult jobs to be outsourced, but you can't say that it never can be. </p>
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In the research world, foreign engineers and scientists seem to thrive in the US as opposed to homegrown scientists. Is this true?
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<p>Yes, it is true, although that might change in the future. However, right now, it is still true that the US is still the most innovative nation in the world. For example, the US wins the lion's share of the world's Nobel Prizes and other major academic awards. The US still leads in terms of technology entrepreneurship and commercialization. Granted, a lot of this was won by foreign-born scientists (i.e immigrants who became perm residents or naturalized citizens), but that still counts as US-centric innovation. </p>
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TIME rates Software Engineering the best job, which is wholly different than computer programming. Software engineers design applications and systems, and programmers implement them. Too completely different tasks. SEs are high-level, technical, and solve problems, rather than deciding how to indent code.</p>
<p>The same analogy holds for all other engineering disciplines. Engineers here in the US will do R&D, while manufacturing will go places where people work for peanuts. Writing code is a lot easier than solving a computational problem, and designing a chemical process is a lot easier than operating the machinery to make it work, just as designing circuits is a lot harder than supervising their production.
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<p>Well, in theory, those high-end computational and research jobs can be outsourced too. Heck, in some ways, it's actually easier to outsource research jobs than it is to outsource manufacturing jobs. After all, the outsourcing of manufacturing requires not only the building of manufacturing plants, but also connecting those plants to supply-chain and distribution networks. Research on the other hand can be done in situ. Yes, sometimes you need large and expensive research facilities. But you don't really have to create supplier and (especially) distribution networks, because the output of a research lab is an idea, not a physical product. Ideas in the form of research papers or patents are just information, and information can be transmitted around the world at virtually zero cost. </p>
<p>The point is that there is no reason why R&D couldn't theoretically all be outsourced away. In fact, one of the major arguments against outsourcing and free trade is that it would result in the hollowing out of the US economy - where Americans would be stuck with the grunt service jobs (i.e. stocking shelves at Walmart) and all of the intellectual jobs would be sent overseas. </p>
<p>However, the rejoinder is that it is of course extremely unlikely for all, or even most research jobs to be outsourced. Surely some will. But most will stay in this country. The truth is, the US is still the most innovative country in the world. The US has most of the best research universities in the world, has most of the best scientists, and has a long-standing culture that fosters creativity. Furthermore, the potential gains from research are so low as to make the labor costs minimal, and hence the savings to be had from outsourcing research are not highly compelling. Just the invention of the Internet alone (by US scientists and engineers) has probably generated over a trillion dollars of economic value, which clearly renders inconsequential the salaries that had to be paid to those Americans. </p>
<p>Hence, while there will be (and already has been) some outsourcing of R&D jobs, I doubt that it will be widespread. As long as the US maintains its education and creativity edge, the US has little to fear. Now, if the US falls down in these metrics, then the US would indeed have a problem.</p>