trends

Total postsecondary enrollment is down 5% from fall 2019 to fall 2023 due to a 6% drop in undergraduate students. While undergraduates are down, graduate students have surpassed pre-pandemic enrollment numbers by 4%. Enrollments in undergraduate and graduate certificates are up significantly from pre-pandemic values (16% and 21%), while enrollment in associate degrees are down more than any other undergraduate credential (-14%). Continue reading for a national and state-level analysis of the recently released fall 2023 enrollment estimates from the National Student Clearinghouse Research Center (Clearinghouse).

Graduate student enrollment and postdoctoral appointments have shifted in fields of study over the past decades, with many fields exploding in graduate enrollment and postdoctoral appointments. Computer and information sciences graduate students jumped from just 4% of all science enrollments in 1975 to nearly a quarter of the total by 2021, while engineering postdocs in biological, biomedical, and biosystems engineering jumped 5,671%– increasing from 3% in 1975 to 19% of all engineering postdocs by 2021. This edition of Useful Stats uses the full range of NSF GSS data to explore trends in graduate students (1975-2021) and postdoctoral appointees (1979-2021; postdocs) in science and engineering.

NSF recently released updates on two ways of profiling trends in science and engineering at the state level: Science and Engineering State Profiles and Science & Engineering Indicators.

Despite a $4.1 trillion increase in annual output since 1987, manufacturing industries in the United States have been declining in both their labor productivity and share of output. The Bureau of Labor Statistics’ labor productivity (output per hour) index, tied to 2012 values, for manufacturing industries has dropped by nearly five points since its all-time high of over 101 in Q2 2013.

Despite the pandemic and accompanying global economic slowdown in 2020 and 2021, U.S. business spending on research and development (R&D) activities increased by nearly $65 billion (12%), rising from $538 billion in 2020 to $602 billion in 2021. This increase was led by a $61 billion, or 13% increase, in R&D paid for by the company, compared to a $3 billion, 5% increase, in R&D paid for by others.

The United States boasts the world’s largest economy and is home to many of the most prestigious, highly ranked universities across the globe, leading to a highly educated population. Overall, advanced education pays off in terms of personal earnings and national innovation. Factors like field of study, skills, and job demand can greatly affect earning potential.

A new Bureau of Economic Analysis (BEA) release shows that over the past five years of available data (2018-2022), nationwide per capita personal income increased by 21.64%, rising from $53,786 to $65,423, with an average yearly percentage change of +5.04%. While personal income grew 23.39% during this period, from around $17.67 trillion to $21.80 trillion (+5.41% per year on average), this article will focus solely on per capita personal income, examining both nationwide and interstate trends from 2018-2022 with an emphasis on uncovering the impacts of the pandemic.

The objective of the Established Program to Stimulate Competitive Research (EPSCoR) is to help states receiving the least amount of federal research and development (R&D) funds within their postsecondary institutions improve their competitiveness for federal grants and awards. A measure of EPSCoR's effectiveness, then, is whether or not the state's academic research enterprise is capturing a larger share of federal R&D expenditures. This article utilizes data from the Higher Education Research and Development (HERD) survey, analyzing the total and federal HERD dollars for the 25 current EPSCoR eligible states compared to those not eligible, finding: 1) EPSCoR states are not receiving proportionately more federal HERD dollars and 2) EPSCoR states have an extremely large variation of total HERD dollars between states, inclusive of both the highest grossing states as well as all three states experiencing a decrease.

A recent report from Georgetown University’s Center on Education and the Workforce (CEW) details the changes in manufacturing’s geographic concentration across the country between 1940 and 2016. Manufacturing was the largest source of employment in 15 states in 1940, concentrated in the Northeast and Midwest, and had grown to the largest source of employment in 18 states by 2000, concentrated in the Southeast and central states. However, manufacturing was the largest source of employment in only Indiana and Wisconsin by 2016.

In last week’s Digest, SSTI looked at several macro venture capital (VC) trends, this week’s Useful Stats article focuses on regional trends as well as provides downloadable VC stats by state by quarter from Q1 of 2016 to Q2 of 2018. The data includes median VC deal size, VC deals, and VC dollars invested.

While the five West Coast states (Alaska, California, Hawaii, Oregon, and Washington) continue to dominate the VC landscape with approximately $17 billion invested over 751 deals in Q2 of 2018, the New York City MSA has seen an increase in its share of VC deals (12.8 percent through Q2 of 2018) – up from 11.4 percent for 2017, according to the 2Q 2018 PitchBook-NVCA Venture Monitor. These findings highlight the long-standing trend that the U.S. VC market remains concentrated on the coasts with approximately 71 percent of deals and nearly 88 percent of VC dollars going to the West Coast states, the Mid-Atlantic states, and the New England states. The map below from the 2Q 2018 PitchBook-NVCA Venture Monitor provides a regional breakdown of both deals and dollars.