INVESTING IN STEM GRADUATE EDUCATION: CONTENT, OUTPUT, AND WORKFORCE SUCCESS
A report from NRC identifies useful issues in “Preparing the Next Generation of Earth Scientists…,” including an access design for those exploring geoscience careers. What is the preparation that graduate students (masters and doctoral degree recipients) need for success in employment areas in STEM? How is such preparation aligned with workforce needs? Examples of metrics for programs at multiple stages are given in the report (NRC, 2013). One set of workshop reports reflects feedback from geoscience academics and employers on the skills, competencies, and conceptual understandings needed in geoscience undergraduate programs, and how to best broaden, recruit and retain undergraduate geoscience students, especially of underrepresented groups. What are the characteristics of STEM graduate programs that might affect the diversity of the graduate population produced?
A recent study (Science, v. 350, pp. 1367-71) suggests that about fifty-seven percent of Ph.D. graduates remain in academic settings for employment, while about forty percent go to private industry. So are graduate students (in geosciences) being prepared for diverse career paths?