<p>[Hahaha, I don't want to beat a dead horse but I'll willingly plead guilty this time and this time only.]</p>
<p>Someone rightfully mentioned that engineering hires that come straight from school need to go through extensive training from the company that hires them. There is no way to expect that an education can teach the particular skills needed at each respective company.</p>
<p>Training an engineer requires a big time and monetary commitment by the company. Getting it wrong even once is a pretty devastating experience for the companies, although I'm sure that many companies have put up safegaurds to limit their liabilities; I might be opening up Pandoras box, but it may be similar to how engineering schools accept more students than they know will make it through their program.</p>
<p>Well basically, during training the trainee is basically learning a lot of information while juggling to get assignments turned in on time even with all the seminars, training exercises, and other activities that they must commit to. Although the information taught during training is much different than the theories taught in physics or math classes due to its direct applicability to the work that is done at the firm, you can't deny that there is a lot of learning involved. In most cases, A LOT is thrown at you at once and it can get rather overwhelming. Perhaps that is why an employer might make their decision on hiring an engineer with a higher GPA, assuming the level of industry experience of most of the applicants are the same or close to known, because a higher GPA tends to show a student's ability to successfully consume large amounts of information and use it effectively to receive high marks on exams, therefore leading to the high GPA. Moreover, an employer might have a tendency to hire from universities that they know of (which is generally well known to most everyone interested in that engineering field(s)), whether it is because engineers from those universities have been productive for the company in the past or because the employer knows the type of rigorous curriculum/exams/projects that is expected out of the students from these universities. All of this helps the employer to gauge whether the job applicant can handle the training, as well as the workload, because we are assuming little to no relevant industry that the employer can use to gauge the applicants prospects.</p>
<p>Like the discussion about engineering curriculums, I don't think that hiring is an exact science, nor is it an art. IF you can make hiring into a perfect science, with 100% success rate of choosing the most productive engineer, as well as an engineer that commits to the project until the end, you can make lots and lots of $$$ owning a consulting firm. Until then, there is no ABSOLUTE right or wrong answer to this debate; Only those scenarios that tend to provide an answer that is right more often than not.</p>
<p>P.S. If one has a 4.0 GPA, I think it can be easier to find evidence that these particular students will pursue a degree higher than a B.S. before they enter the industry. Also, the type of jobs that REQUIRE a high GPA tends to be highly sophisticated and/or theoretically involved work, especially in the Aerospace and Nuclear engineering industry.</p>
<p>P.P.S. Although I don't have any surveys to cite, engineering GPAs tend to average below 3.0 for the most part, so it is probably easier to find evidence that plenty of engineers getting hired have a GPA that is close to that average, give or take 0.25. I don't know, maybe my logic is skewed, but using the laws of statistics makes me lean towards this conclusion. Well if this is true, then there are plenty of engineers being hired annually that do not have a high GPA, although I am not sure if the ratio of applicants with lower GPAs is higher than those with higher GPAs. So it is not hard to believe that many people with what is considered lower GPAs (whatever that actually is) have experiences of finding a job, even ones that they were targeting. But to give a counter example, an aerospace engineer looking to work at NASA/JPL in the EDL (Entry, Descent, and Landing) Division will NEED to have a high GPA and a mastery of mathematical theories because of the type of work they are involved with. Could a person with a lower GPA find work as a software engineer? Probably yes. How about getting a job working for Intel in developing the semiconducting material for a nanoprocessor? Probably not. The list goes on and on and on and on. Again, there is no absolute truth in this matter because every circumstance is different. I won't argue, though, that there are engineers that may not have a degree at all that are successful engineers for engineering firms. But I think it is also safe to say that it is an aberration rather than a norm.</p>