img:is([sizes=auto i],[sizes^="auto," i]){contain-intrinsic-size:3000px 1500px} /*# sourceURL=wp-img-auto-sizes-contain-inline-css */

91探花

Skip to content

2019 Higher Education Trends

As the higher education landscape continues to change and evolve in the United States, below are some select national and state trends driving higher education policy and innovation in recent years. The Office of Planning & Budgeting (OPB) continues to monitor these, and other, trends. This list was curated using multiple sources, including recent news articles and blogs, recent state-level legislation, and higher education trends analyses from The Brookings Institution and The Chronicle of Higher Education.

1. College Affordability

College affordability continues to dominate the national conversation around higher education. This year, the to make college more accessible and affordable for Washington families. Read more about the proposal in OPB鈥檚 brief on the legislature鈥檚 final compromise 2019-21 state budgets.

Additionally, many of the Democratic candidates for president in 2020 have released higher education policy proposals to address college affordability. These to increase funding for Pell Grants, to create 鈥渇ree college鈥 using state-federal partnerships, expand student loan forgiveness, and increase dedicated funding for Historically Black Colleges and Universities (HBCUs) and other Minority-Serving Institutions (MSIs).

2. Changing Student Profiles

According to the , 38 percent of all undergraduates are older than 25. Traditional college students 鈥 18- to 21-year-olds who attend school full-time 鈥 now only make up about a third of the college population.

Students are also increasingly taking on additional responsibilities while in school. According to , 85 percent of students are working in paid employment while studying. Lumina also reports that students work, on average, 19 hours per week.

3. Integrating Data

A from the National Association of Student Personnel Administrators, Association for Institutional Research, and Educause found that 鈥渕ost institutions are investing in data and analytics projects, but few are measuring the resulting costs.鈥

The report found that colleges are using data in more ways as they modernize and manage programs to show returns on student and state investments. Studies of students鈥 academic progress and success are the leading types of data projects. Many institutions are conducting several types of student success studies annually. However, nearly one fourth of institutions are not collecting usable business and systems-level data and few institutions are systematically collecting, integrating, and using their data.

4. Changes in Admissions

Last year, the University of Chicago that it would no longer require applicants to submit SAT or ACT scores, the most-selective institution ever to adopt a test-optional policy. Today, have adopted similar policies.

As colleges and universities continue to use data to better understand how their students perform, they become less reliant on test scores. According to the , 鈥渙n many campuses, deep dives into enrollment data have helped admissions offices determine which pieces of information they collect from applicants actually help them predict a variety of student outcomes, such as first-year grades and progress toward a degree.鈥 The University of Chicago 鈥渇ound that ACT and SAT scores didn鈥檛 tell it much about who would succeed and who would struggle.鈥

5. Open-Access Research

Global advocates are for publicly funded research to be available through open-access sites, rather than behind paywalls of subscription-based journals. Over the last few years, the movement has gained momentum at increasing cost to publishers. In 2018, said it would not subscribe to a publisher鈥檚 journals in one bundled deal. This year, the cancelled its contract with Elsevier, one of the biggest academic publishers in the world. The University of Iowa also a new open-source online journal, providing open access to the research and creative scholarship of the university.

This debate has some immediate consequences for academics and researchers, who will lose access to journals unless schools renegotiate with publishers. The University of California attempted to mitigate some of these consequences by alternative methods to access publications.

听6.听Transnational Students

According to , the number of American students enrolling at foreign colleges is expected to grow from 2.3 million student in 2015 to 6.9 million in 2030. This trend is attributed to multiple causes, including 鈥渉igher ambitions and investments for world-class universities鈥 and 鈥渁ccelerated growth of global, multi-national networks.鈥

However, in the United States, the number of new international student enrollments is declining. Inside Higher Ed that, 鈥淣ew enrollments fell 6.3 percent at the undergraduate level, 5.5 percent at the graduate level, and 9.7 percent at the non-degree level from 2016-17 to 2017-18.鈥 While , increasing by 1.5 percent in 2018, there is 听that new U.S. immigration policies might have long-term impacts on international enrollment.

7. Online Enrollment

Online courses continue to become more popular in the United States. In 2016-17, , while the number of students who took at least some of their courses online grew by 5.7 percent. Over the last 15 years, online enrollment has .

However, a from George Mason University claims that the growth in online enrollment has been 鈥渄isproportionately large in the for-profit sector.鈥 Further, 鈥渙nline coursework has contributed to increasing gaps in educational success across socioeconomic groups while failing to improve affordability.鈥

8. Online Program Managers

As online enrollments rise, online program managers (OPMs) are working with colleges and universities to provide online options for students. contract with institutions of higher education to create, market, and recruit for online degree and non-degree programs. In return, from the online programs offered at public colleges and universities.

College and universities like Harvard University, the University of Pennsylvania, and the University of North Carolina already provide online programs through OPMs. Purdue University chose to Kaplan University in 2017 to directly expand its online presence.

Conclusion

Higher education continues to adapt to new technologies and a changing global environment. This blog represents just some of the most recent changes, and there are many other challenges and opportunities for American colleges and universities. As institutions seek to balance the status quo with contemporary shifts, their flexibility to adapt to changing circumstances will be a key element in determining their future success.

91探花Ranked #28 in the World for Second Straight Year by Times Higher Education (THE)

The 91探花 maintains its #28 rank for second year in a row in the Times Higher Education (THE) , released Wednesday July 17th. This ranking is commonly used to measure a university鈥檚 global impact.

The 91探花is one of only 11 of our US News top public research university peers to make the top 50 in the reputation ranking. In that group of 11, 91探花is ranked 4th overall, coming in 4th in both research and instruction.

This ranking is based on an opinion survey sent to published scholars around the world. THE asks scholars to name the top 15 universities that come to mind in two categories:听 research and teaching. The ranking score is a count of how many times an institution is named by a respondent as being the best in their field. 听This year, Harvard University was cited most often, therefore their score was set to 100 and the rest of the universities were graded on a curve as a percentage of Harvard鈥檚 100 score.

听In the survey, scholars are asked their opinions based on their specific discipline.听 Scholars with at least 14 years of experience in their field are invited to respond.听 This year, THE received 11,554 responses.

Finally, it is worth noting that the survey data used for the Reputation Ranking serves as one of 11 indicators used to create THE World University Rankings that will be published in the fall.

91探花Fast Facts 2019 鈥 Now Available!

The 2019 edition of 91探花Fast Facts is now available. You can find it on the听OPB website听under the 91探花Data tab, and in the Quicklinks bar on the right. You can also access it directly at.

A special thank you to OPB鈥檚 Institutional Analysis team, the Marketing & Communications team, and to our partners around the 91探花for their work to gather, verify, and crosscheck data; format the document; and pull it all together!

Public Profiles – New Interactive Dashboards Now Available!

In May听2018, in collaboration with UW-IT鈥檚 Enterprise Information, Integration and Analytics (EIIA) unit, the Office of Planning and Budgeting (OPB) relaunched Public Profiles, which are now five interactive dashboards including:

All dashboards, except Degrees Production Trends (which is refreshed every August), are refreshed with new data every academic quarter after census day. The data is sourced from the 91探花鈥檚 Enterprise Data Warehouse (EDW). The numbers presented in all dashboards have been approved by OPB and reconcile against internal institutional dashboards – (requires access to EDW).

These dashboards act as the 91探花鈥檚 鈥淚nstitutional Fact Book.鈥澨 Anyone with the access to the internet can view these dashboards using their preferred browser. Explore the dashboards: /opb/uw-data/uw-profiles-information/

Check back for additional dashboards and visualizations as they become available. Updates regarding these dashboards are also provided by UW-IT on their .

Please contact uwprofiles@uw.edu with any questions or for help using these dashboards.

91探花Fast Facts 2018 鈥 Now Available!

The 2018 edition of 91探花Fast Facts is now available. You can find it on the OPB website under the 91探花Data tab, and in the Quick Links bar on the right.

A special thank you to OPB鈥檚 Institutional Data & Analysis team, the Marketing & Communications team and to our partners around the 91探花for their work to gather, verify and crosscheck data; format the document; and pull it all together.

New Ranking Lists the 91探花among Top Global Universities

The 91探花 is ranked #13 among world universities on the (ARWU). While the 91探花has consistently ranked among the top 20 universities each year since the ARWU was first published, this year鈥檚 ranking is the highest it has achieved to date.

The ARWU was first published in 2003 by Shanghai Jiao Tong University鈥檚 Center for World-Class Universities. Since 2009, the ranking has been published by the ShanghaiRanking Consultancy, which is not affiliated with any university. This year, the ARWU ranked 1300 universities around the world, and published the list of the top 500.

Like the recently-published , the ARWU calculates its rankings based on a university鈥檚 external recognition. The components of the ARWU ranking include: total number of alumni and faculty winning major awards; number of highly-cited researchers employed; and counts the number of papers published and cited. The 91探花scores especially highly in the number of faculty-authored articles indexed in major science and social-science citation indices. In contrast, the number of 91探花alumni awarded Nobel Prizes or Fields Medals is lower when compared with other top universities. More information about the ARWU鈥檚 methodology is available on their .

In addition to their overall rankings, the ARWU also publishes in a number of fields in the natural sciences, engineering, life sciences, medical sciences, and social sciences. The UW鈥檚 highest subject rankings in 2017 include: public health (#3 in the world), dentistry and oral sciences (#3), biological sciences (#5), and biomedical engineering (#5).

More information about the UW鈥檚 past rankings in the ARWU is available .

New Ranking Lists 91探花Programs in Top 10 Globally

The Center for World University Rankings has ranked the 91探花 among the top universities in the world. In its inaugural , released last week, CWUR ranked the 91探花in the top 10 worldwide in a total of 45 subject categories. The 91探花had the ninth-most top-10 appearances of any university, ranking just behind the University of Oxford (47 top-10 appearances) and just ahead of MIT (41).

Unlike most university rankings, CWUR does not make use of data provided by universities themselves. Instead, the CWUR Rankings by Subject are calculated based on the number of research articles published in top-tier journals by an institution鈥檚 faculty. CWUR ranked a total of 227 subject areas.

The UW鈥檚 top-10 rankings included fields from Acoustics (6th) to Women鈥檚 Studies (5th). In all, the 91探花received top-5 rankings in 22 fields, and its Social Work program was ranked #1 in the world.

More information on CWUR鈥檚 is available on their website.

Introducing Peer Finance Dashboards!

OPB鈥檚 Institutional Analysis team and UW-IT鈥檚 Enterprise Information, Integration & Analytics unit announce seven , available now in 91探花Profiles. These new dashboards join four existing peer dashboards. Peer dashboards use data publicly available through the Integrated Postsecondary Education Data System (IPEDS) to allow users to compare the 91探花to peer institutions around the country on a range of student- and finance-focused measures.

With the new finance dashboards, users can compare revenues, expenses, and endowment values at the 91探花and peer institutions. They can also explore the relative importance of different revenue sources and expense categories across institutions. The expenses story dashboard provides a step-by-step look at the expenses that directly or indirectly support universities鈥 research and instruction missions.

More information about each of the new peer finance dashboards is available through the online documentation. Please feel free to send any questions or comments to uwprofiles@uw.edu.

91探花is Most Innovative Public University in the World and 鈥淏est Bang for the Buck鈥 Among Western Schools

recently ranked the 91探花as the fourth most innovative university in the world among public and private institutions, surpassed only by Stanford, MIT and Harvard.听 When looking at public institutions alone, however, the 91探花topped the list.

As the noted, 鈥淭he ranking takes into account academic papers, which indicate basic research performed at a university, and patent filings and successes, which point to an institution鈥檚 interest in protecting and commercializing its discoveries.鈥

In addition to the innovation ranking, recently ranked 91探花Seattle as the #1 鈥淏est Bang for the Buck鈥 among Western institutions.听 Institutions are scored on 鈥溾橬et鈥 (not sticker) price, how well they do graduating the students they admit, and whether those students go on to earn at least enough to pay off their loans.鈥澨 For more information about the 鈥淏est Bang for the Buck鈥 rankings, please see the .

A Growing Student Loan Crisis? Maybe Not

A new report from the Brookings Institution concludes that student loan borrowers may not be in such a dire situation as media reports commonly suggest.听 The report, , finds that while student debt levels have risen along with college tuition over the past two decades, college graduates鈥 incomes have kept pace.听 The authors analyze data on student borrowers over the period 1989-2010.听 They conclude that education debt has not become a greater burden on borrowing households.

  • Education debt increased most among households with higher levels of educational attainment.听 Roughly one-quarter of the increase in student debt can be explained by an increase in the number of households with college degrees, especially graduate degrees.听 Since 1989, student borrowers with graduate degrees saw their average debt level increase from about $10,000 to about $40,000.听 Over the same time, the debt level for borrowers with bachelor鈥檚 degrees increased by a smaller margin, from $6,000 to $16,000.
  • On average, student borrowers鈥 incomes more than kept pace with increases in student debt.听 While average household debt increased by about $18,000 between 1992 and 2010, average annual household income for borrowers increased by about $7,400 over that same period.听 The average increase in earnings would pay for the increase in debt incurred in just 2.4 years.
  • The ratio of monthly debt payments to monthly income has held steady.听 Between 1992 and 2010, the median borrowing household consistently paid between three and four percent of monthly income toward student debt.听 The mean monthly payment decreased from 15 percent to 7 percent of income over that period.

Student debt levels have increased over the past two decades.听 The authors conclude that this is largely driven by tuition increases over that time.听 However, higher levels of student borrowing also partly reflect an investment in higher levels of education.听 For the average borrower, that investment pays off in higher incomes.