![]() ![]() Prepping like this will do much more for you than majoring in the “right thing” since most employers only care that you have a degree. Take our free career assessment to learn what career paths fit and check out our flexible plans to get the support and guidance you'll need to become a competitive applicant. We’ve built a matching algorithm that matches personalities, strengths, interests, and many other variables to in-demand and often highly lucrative careers. Not sure what paths make sense? That’s where PathMatch comes in. However, many other highly lucrative careers can leverage other degrees. If you want to pursue a career that requires analytical thinking and processing, a STEM major makes sense. Most people start with determining their major, without the end destination in mind. When choosing your major, it’s important to first learn what career paths you’re interested in pursuing and then work backwards with respect to what major and classes will help you learn the skills necessary for your desired path. So many people focus on what major will get them the best job instead of thinking about what will make them actually employable or happy in their career. A degree isn’t what makes or breaks you, it’s all about your plan. This shouldn’t dissuade anyone from pursuing a degree in pure science or math, just don’t think that simply majoring in STEM will be a magic solution when it comes to finding a decent job. While these aren’t bad options, by any means, they will not net the salaries that pull so many towards STEM. If they choose to enter the job market right after undergrad they will most likely find themselves working as a lab tech or in education. For example, a graduate in Biology will be most suited to pursue an advanced degree in medicine or a related field. This is because not all STEM degrees are created equal. People studying the natural sciences or non applied Mathematics can find themselves without many options after graduation. Technology and engineering grads may have the highest starting salaries but that’s only half of the acronym. While many STEM grads can have some excellent starting salaries this is not the case for everyone. Beyond this the skills built out in these courses don’t change every year and are incredibly difficult to automate. While they won’t get you a job offer, soft skills will help you stand out among your peers and help contribute to the salary growth liberal arts grads see on average. The “soft” skills such as critical thinking and the ability to adequately express yourself are crucial in today’s ever-changing job market. Greater earnings growth is actually seen among the traditional overlooked majors like History or English. The downside of this focus on new talent is a lack of retention that causes salary growth to slow in the mid-later career years. New tech skills are always in demand, meaning recent graduates will be at a premium in these fields. “Between the ages of 25 and 40, the share of STEM majors working in STEM jobs falls from 65 percent to 48 percent”, writes David Deming in The New York Times. The high attrition rate in STEM is one major cause of this. Interestingly enough, the average mid-career earnings of STEM majors and liberal arts grads are around the same. While majors like Computer Science or Petroleum Engineering are two of the highest paying majors out of the gate, these earnings plateau over time. The driving factor behind this misunderstanding are the high starting salaries available for many grads in the STEM field. Unfortunately the situation is not that simple. This push to find a “profitable'' degree has caused many to look at a STEM degree as the golden ticket to gainful and stable employment after college. This has caused many students to evaluate the returns on investment from their education much earlier than their parents. In the ten years between 20 the cost of college has gone up by 37% overall, and this trend does not seem to be slowing anytime soon. ![]() However, non-STEM majors with a defined plan and experience can actually come out of college doing far better. Reality - Not all STEM majors are the same. Myth #3: If you have a STEM major or "practical" major, you're more likely to get a job. ![]()
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