Relevant Degrees For The Future – What bachelor’s degrees will help students get the highest paying jobs? Choose from the best bachelor’s degrees and you can start making money right out of college—and beyond—with one of these lucrative careers!
There are many factors that a prospective undergraduate student considers when deciding which bachelor’s degree to pursue. But one of the most important should probably be how their major will improve their salary and job prospects in the future. Fortunately, there are a variety of college programs available that are not only informative and helpful, but can also help set aspiring students up for extraordinary careers later in life.
- 1 Relevant Degrees For The Future
- 2 Impact Of The Tambora Volcanic Eruption Of 1815 On Islands And Relevance To Future Sunlight Blocking Catastrophes
- 3 The Future Of Universities: Are We Still Relevant Today?
Relevant Degrees For The Future
This list presents the 30 types of bachelor’s programs that will benefit students the most in the job market after graduation. In particular, the best college of the future must prepare students for jobs with often excellent annual salaries while allowing them to work in fields where their knowledge will guarantee exceptional employment opportunities in the years to come.
Best Online Master’s Degrees Of 2023
To develop this list article, we first researched other lists from reputable publications that first identified the bachelor’s degrees with the best future salary potential and then the expected top jobs in the future.
To find the bachelor’s degree with the best potential future salary, we checked Payscale, Glassdoor, and Georgetown University’s Center on Education and the Workforce.
In the meantime, we turned to the World Economic Forum, Business Insider, Kiplinger and Mic to find the best jobs of the future.
To identify our entries, we first identified the bachelor’s degrees with the best potential future salary using rankings from PayScale, Glassdoor, and Georgetown University. These three lists were then combined into one, assigning a weighted score to each mentioned degree. This assessment took into account both the total number of entries in each list and the place of each degree in those lists. These weighted scores were subsequently combined to produce a degree rating for each degree.
Impact Of The Tambora Volcanic Eruption Of 1815 On Islands And Relevance To Future Sunlight Blocking Catastrophes
In the same way, we determined the best vacancies for the future. Using data from the World Economic Forum, Business Insider, Kiplinger, and Mic, we’ve combined the four lists into one to get an individual future job score for each job. Again, scores were weighted to account for the total number of entries on each list and the position of each work on those lists. These weighted scores for each position were then compared to the degrees that qualified people for those roles. This gave us an overall estimate of future work for each degree.
Finally, we calculated a total score for university degrees by adding the corresponding degree rank to the corresponding future job total score.
For example, “Informatics” took third place in the ranking of diplomas and scored 97 points. To this number were added the future job scores for Work Application Developer (41), Computer Systems Analyst (37), Computer and Information Systems Administrator (26) and Software Systems Developer (21) – so 97 + 41 + 37 + 26 + 21 = 222. Thus, the total score for the computer science degree was 222.
It is through these overall results that diplomas are ultimately recognized as the best college majors of the future.
Is A Degree Worth It?
Almost everyone who lives or worked in a big city will benefit from the experience of civil engineers. Although their professional responsibilities are many, the tasks of civil engineers can be summed up in one sentence: they provide life. Not only do they map, build and maintain the roads, rail lines and subways that impede people’s movement, but they also manage invisible connections, such as the sewer network that runs under the streets of a metropolis. And the wide range of systems in which civil engineers are proficient—from transportation to water management and even emerging fields like environmental engineering—means that students who earn a bachelor’s degree in the subject are more likely to find career paths , which best suit their unique skills. Also, by the time they reach the average career for professional civil engineers, they can each typically expect to earn an impressive annual salary of $96,000, according to PayScale’s 2016-2017 College Salary Report.
Where many engineers work with mechanical devices and components, biomedical engineers deal with perhaps the most complex machine of all: the human body. Therefore, those studying in biomedical engineering programs should be involved in finding answers to medical problems by creating technological devices and systems that work successfully. In the past, GPs have certainly made their mark and contributed to the development of prosthetics, pacemakers and organ replacements, and their work, for example with X-rays and robotic surgery, may have indirectly saved many lives. But the satisfaction of helping people get back on their feet isn’t the only reward biomedical engineers offer. Indeed, PayScale’s 2016-2017 College Salary Report estimates that those with a bachelor’s degree in biomedical engineering can expect to earn an average salary of $104,000. At the same time, CollegeGrad says that between 2014 and 2024, the number of biomedical engineering positions will increase by 23 percent.
Predicting future financial trends is always accompanied by significant risk; even trained economists and business professionals cannot predict every change in global markets. Fortunately, however, people with knowledge of actuarial science can help evaluate likely scenarios and hopefully minimize potential losses. Actuarial science typically uses mathematical and statistical data to determine the probability of such events occurring, and in the process helps create an understanding of how businesses can safely adapt to contingencies. This discipline is widely used in the insurance sector, where knowledge of the likelihood of natural and man-made disasters can help companies set their premiums at a manageable level. And thanks to the implementation of such knowledge in life, graduates of actuarial sciences have impressive job opportunities. Actuaries earn an average salary of $97,000 and that there is a “very good” chance of growth in this field in the future.
Industrial distribution may not immediately come to mind when choosing a major, but a degree in this discipline can be a good choice for a college major in the future. An industry survey conducted by Industrial Distribution magazine in 2016 found that 39% of employers are struggling to find suitable candidates; as a result, graduates with a decent knowledge of industrial distribution can find themselves in a good position when it comes to getting a job. What’s more, the need for such individuals is actually growing, with Industrial Careers Pathway estimating that 180,000 new jobs will be created every 12 months in North America alone over the next decade and a half. So what does industrial distribution entail? Essentially, it involves selling and delivering goods to companies, manufacturers, and distributors, and industrial distribution students are also likely to dip their toes into aspects of math, science, data management, and quality control. In terms of financial rewards, people with a bachelor’s degree in this field can typically expect an attractive mid-career salary of $107,000, according to the 2016-2017 PayScale College Salary Report.
The Future Of Universities: Are We Still Relevant Today?
Despite the fact that industrial engineering degrees may conjure up images of factories and mechanization, students of this discipline will not have to manage noisy, complex devices in the future. Indeed, an Industrial Engineering major can be equally well-suited to careers in banking, media, or even government. And that’s because the scientific and mathematical approaches they learn at undergraduate level should enable them to design systems and processes for a wide range of organizations. Moreover, the interpersonal and problem-solving skills that industrial engineers can use on the job should serve them well in other professions. That said, the U.S. Bureau of Labor Statistics reports a growing number of opportunities for those who want to stay in industrial construction, with 2,100 new positions projected in the industry from 2014 to 2024. The bureau also records that industrial engineers earned a median salary of $84,310 in 2016.
Although they may appear to be similar disciplines, electrical engineering and electronics differ on many key levels. Electrical engineering, for example, generally focuses on the production and delivery of electricity and the methods by which we obtain electricity. Electronic engineering, on the other hand, is usually concerned with the creation of devices and equipment that use such power, from robots to computer circuits. And if a prospective student chooses to major in electrical and electronics engineering in college, their knowledge of both fields should increase the range of roles they can fill after graduation. These may of course include more general positions such as electrical or electronics, but there is also potential for careers in aerospace and nuclear energy. Also, there’s good news about wages: According to the 2016 U.S. Bureau of Labor Statistics, the average number of electrical and electronics engineers
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