If you’re not sure that majoring in English is going to pay off in the current economy, The Chronicle of Higher Education offers a few alternatives — what it calls “five emerging areas of study” as cited by academic experts, business analysts, and economic forecasters.
The new majors are service science, health informatics, computational science, sustainability, and public health.
Some new majors arise in response to student demand, while other degree programs are meant to provide an industry with workers. Many cross disciplinary boundaries, such as combining environmental science with agriculture or bringing together chemists and computer scientists.
“Most of the interesting work today is done at the interstices of disciplines,” says Robert B. Reich, a former U.S. labor secretary and a professor of public policy at the University of California at Berkeley.
The article suggests that while colleges and universities are paying more attention to these subjects, they are just beginning to offer them as majors.
Take the field of service science, which strives to study the service economy and “to prepare workers who can improve productivity and increase innovation in the field.” While the article says that 250 colleges and universities in 50 countries offer courses in the field, most of the offerings are for graduate students.
The exceptions are the University of Wisconsin-Stout’s bachelor’s of science in service management and the service-systems engineering degree at Michigan Technological University.
In the field of health informatics, however, which will work to computerize and analyze America’s health records, the Commission for the Accreditation for Health Informatics and Information Management Education, reports there are already 53 bachelor’s degree programs and hundreds more in development.
Similarly, the eco-friendly field of sustainability is gaining favor, with 70 institutions offering sustainability-related academic programs.
At Unity College, in Maine, the three-year-old program in sustainability design and technology has a practical bent. “We didn’t want to take an ivory-tower approach,” says Michael (Mick) Womersley, the program’s coordinator and an associate professor of human ecology. “We focused on jobs that are being hired for, now.”
The major is heavy on applied skills, like learning how to assess the feasibility of installing wind turbines, and is grounded by a core of physics, biology, and math. Mr. Womersley expects that his students—he has 12—will go on to become energy auditors, environmental-compliance officers, and sustainability coordinators, as well as enrolling in related graduate programs.
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