The Times Higher Education World University Rankings 2027 evaluated the leading 2,200 universities drawn from a pool of more than 20,000 higher education institutions worldwide, spanning 118 countries. Times Higher Education, based in the United Kingdom, is widely regarded as one of the oldest and most respected global university rankings. Its methodology rests on five broad pillars: Teaching, which includes measures such as teaching reputation; Research Environment, encompassing research reputation, research income, and research productivity; Research Quality, which is anchored in citation impact; Industry, which tracks how often a university’s work is cited in patents; and International Outlook, which considers the share of international students and the extent of international co-authorship. A distinctive feature of the THE methodology is its use of size-independent indicators, including the student-to-faculty ratio, revenue per faculty member, and citation impact, a design choice intended to prevent larger universities from gaining an advantage over smaller institutions purely on the basis of scale.

Semmelweis University’s climb in the 2027 edition was driven by measurable gains across the indicator groups. The university advanced considerably in two of the five areas, improved its score in a third, and held its position in the remainder. Taken as a whole, the university placed in the top 25 percent for every one of the five indicator groups. Its strongest performance came in Research Quality, measured through the number of citations in the relevant field, where Semmelweis ranks 166th in the world. Its second-best result came in the Teaching indicator group, where it was placed 242nd globally. These figures suggest that the university’s research output is being cited at a rate that places it among the most influential institutions in its field, while its teaching environment remains competitive on a global scale.

University leadership attributed the achievement to the institution’s integrated structure, which links education, patient care, and scientific research within a single clinical ecosystem. “This outstanding achievement is primarily due to the synergy that characterizes Semmelweis University. We are a medical and health sciences university surrounded by a clinical structure that is also a significant player in the scientific community. Our three core activities – education, healthcare, and science and innovation – reinforce one another, and each is centered on ensuring that our patients receive the best possible care. To this end, we have revised our curriculum to place even greater emphasis on practice-oriented education. Thanks to this, we are able to conduct a steady stream of significant observations, which leads to outstanding scientific achievements year after year,” said Dr. Béla Merkely, the university’s rector.

Commenting on the results, the rector pointed to further improvements in academic performance and the university’s strong international presence as the key drivers of this year’s progress. Semmelweis is among the most internationally diverse universities in the world: more than a third of its nearly 16,000 students come from outside Hungary, representing almost 130 countries. Demand for its English-language programs continues to rise, with nearly 40 percent more students applying this year than in previous years. That surge means the general medical program is now approximately three times oversubscribed, a signal of the growing global reputation that the ranking result both reflects and reinforces.

The university’s international engagement extends well beyond student recruitment. Semmelweis has established partnerships with world-class institutions including the Karolinska Institute, the Mayo Clinic, the Universities of Oxford and Heidelberg, and the National University of Singapore. It has also launched a postgraduate program with Harvard University for the fourth time, a collaboration that underscores the depth of its ties to leading academic medical centers. Such partnerships are increasingly important in modern health sciences education, where clinical training, translational research, and international mobility are tightly interwoven, and they provide channels through which research findings and educational practices circulate between institutions.

Dr. Péter Ferdinandy, Vice-Rector for Science and Innovations at Semmelweis University, described the university’s progress in international rankings as an undeniable achievement, and noted that the new result is consistent with strong performances in subject-specific rankings earlier in the year. In Times Higher Education’s 2026 World University Rankings by Subject, released at the beginning of the year, Semmelweis is already listed among the world’s top 200 in its own discipline, medicine and health sciences. In ShanghaiRanking’s latest Global Ranking of Academic Subjects, the university appears in the world’s top 50 band in Pharmacy & Pharmaceutical Sciences, and among the top 200 in Clinical Medicine, Dentistry & Oral Sciences, and Medical Technology. Together, these subject-level results paint a picture of an institution whose specialized strengths align closely with its overall standing.

“A structure has been established at Semmelweis University that can be considered unique even on the international level, and thanks to this, the university has been able to make significant progress in higher education rankings. The clinic achieves this level of performance based on theoretical and translational research. The primary goal remains to ensure that research findings are put to use directly at the patient’s bedside as soon as possible,” emphasized Dr. Péter Ferdinandy. In his view, improving the university’s ranking position will ultimately ensure that Semmelweis trains doctors and healthcare professionals of an even higher quality who can care for patients more effectively. The vice-rector’s comments highlight a philosophy in which rankings are not an end in themselves but a byproduct of a research-to-bedside pipeline that places clinical benefit at the center of institutional strategy.

The 2027 rankings also clarify Semmelweis’s standing within its region. In Central and Eastern Europe, the University of Tartu in Estonia ranks 301–350, Charles University in the Czech Republic ranks 401–500, and Wrocław Medical University and Jagiellonian University in Poland are listed in the 501–600 range, leaving Semmelweis clearly ahead of its regional peers. At the very top of the global table, the University of Oxford took first place, followed by the Massachusetts Institute of Technology in second, with Princeton University and Stanford University tied for third. The concentration of elite Anglo-American institutions at the summit of global rankings remains a familiar pattern, which makes the advance of a specialized medical university from Central Europe into the top 250 particularly notable.

University rankings have faced criticism in recent years, as they attempt to compare institutions with fundamentally different profiles using criteria that are, in some cases, difficult to compare directly. The practice of ranking higher education institutions dates back more than 150 years, but truly global rankings did not emerge until the early 2000s, when Times Higher Education launched its list in 2004 in collaboration with Quacquarelli Symonds; the two organizations have since gone their separate ways. Despite the methodological debates, globally recognized rankings such as THE continue to serve as important points of reference both domestically and internationally. They help students navigate among thousands of institutions, contribute to universities’ international visibility and reputation, and can have significant implications for potential institutional and research collaborations. Beyond the headline position, the individual indicators provide quantifiable and comparable insight into specific areas of an institution’s educational and research activities, and for Semmelweis University, the 2027 figures suggest that a strategy built on the integration of education, healthcare, and science is yielding measurable returns on the world stage.

Subject of Research: Semmelweis University's rise to 247th place in the Times Higher Education World University Rankings 2027

Article Title: THE Ranking: Semmelweis among the world’s top 250 universities

Article References: THE Ranking: Semmelweis among the world’s top 250 universities. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: Semmelweis University, Times Higher Education, World University Rankings 2027, higher education, Hungary, Central and Eastern Europe, medical education, research quality, citation impact, international students, university rankings, health sciences

The paper, published on 15 December 2025, arrives amid a documented cascade of federal actions against research universities. Reporting compiled in the study’s source material includes the Trump administration’s pause of roughly 510 million dollars in funding for Brown University, the Department of Energy’s reduction of university overhead reimbursement rates on research grants to 15 percent, and the National Science Foundation’s halt of new funding awards alongside caps on indirect cost rates. Science magazine’s own accounting of the administration’s first hundred days described a chaotic push to remake federal research with lasting consequences, and a Nature editorial framed the moment as an assault on science anywhere being an assault on science everywhere.

Du and Bozeman approach this upheaval with a method they call grounded speculation. Rather than attempting precise prediction, the technique combines empirical extrapolation from existing data, which provides the grounding, with reasoned projections of future trajectories, which provides the speculation. The approach is suited to a situation in which policy changes have outpaced the accumulation of outcome data. By anchoring projections in documented trends, such as enrollment statistics, funding patterns, and scientist mobility, the authors aim to identify plausible long-term consequences of what they term Trumpism for U.S. science and higher education, while also discussing possibilities for rectifying the intense damage they believe has occurred.

The financial architecture of American research universities is central to the analysis. Federal grants have long covered not only direct research costs but also the indirect costs of operating laboratories, maintaining compliance infrastructure, and supporting administration. When the Energy Department cut overhead rates to 15 percent and the NSF followed with its own caps, universities faced immediate shortfalls that could not be absorbed without cutting research programs, staff, or graduate student support. Compounding the pressure, the administration has pursued institutions directly, with funding pauses used against specific universities and, in the case of Harvard, threats to tax-exempt status that analysts estimated could cost the institution billions of dollars.

The erosion of the U.S. Department of Education adds a structural dimension to the fiscal shock. The department administers student aid, enforces civil rights protections, and coordinates federal higher education policy. Its evisceration, as the authors describe it, removes institutional capacity precisely when universities need stable federal counterparts to negotiate the disruption of grants, visas, and compliance demands. The study situates these moves within a longer history of the fragile contract between university science and the federal government, a partnership that since the Second World War has made American universities the backbone of the world’s dominant scientific enterprise.

International students sit at the center of the paper’s concern, and the data on their retreat from the United States is sobering. Studyportals reported in 2025 that international student interest in studying in the U.S. had fallen to its lowest level since the mid-pandemic period. NAFSA, the association of international educators, projected a declining fall 2025 international enrollment outlook with significant economic consequences. Earlier research on the first Trump administration had already documented a measurable Trump effect, in which political shocks depressed international student flows, and the second administration’s travel bans, visa restrictions, and proclamations targeting foreign students have intensified that dynamic. The American Council on Education characterized the combination of travel restrictions and the Harvard proclamation as an escalating assault on international student access.

The U.S.-China dimension receives particular attention because of what is at stake scientifically and economically. Chinese students and scholars have long been a pillar of American STEM research, and National Science Foundation data show that most early-career U.S.-trained science and engineering doctorate recipients who held temporary visas at graduation stayed and worked in the United States afterward. Declining numbers of Chinese nationals entering the U.S. as students, faculty, and in many cases immigrants therefore translate directly into reduced American science capacity and innovation. Meanwhile, China has built aggressive talent recruitment programs, including the Young Thousand Talents program, which a study in Science found successful in recruiting and nurturing top-caliber scientists, and Chinese institutions are actively courting researchers discouraged by the American climate.

The chilling effects extend to scientists already in the United States. A Nature poll reported that 75 percent of U.S. scientists who responded were considering leaving the country. Research published in the Proceedings of the National Academy of Sciences documented fears among Chinese American scientists caught in the crossfire of geopolitical tensions, a legacy sharpened by the Justice Department’s China Initiative, which an MIT Technology Review data analysis found to be a flawed prosecution effort whose shadow, as Nature reported, still looms large for U.S. scientists. Stanford researchers have documented a reverse brain drain among Chinese scientists in the U.S., and reporting in The New York Times noted that China’s efforts to attract talented scientists have been helped by American visa policies. A study in the Journal of Informetrics has called for halting the ongoing decoupling of U.S.-China scientific collaboration, warning that the loss of joint research damages both nations and global science.

The long-term projections that emerge from the grounded speculation exercise are grim for American competitiveness. The National Science Board has warned that talent is the treasure, and the National Academies have examined how international talent programs in a changing global environment are redistributing scientific human capital. If the United States continues to restrict the inflow of foreign students and researchers while cutting the grant funding that sustains research teams, the cumulative effect is a weakening of the very system that produced American scientific dominance. Science has documented partisan disparities in the funding of science, and the increasing dominance of teams in knowledge production means that fragmentation of the research workforce carries compounding costs. The authors also note the domestic toll: universities facing simultaneous funding cuts, enrollment declines, and political pressure on governance, including White House meetings with university leaders over proposed compacts tied to funding.

Du and Bozeman close by turning to repair. They discuss possibilities for rectifying the intense damage, drawing on Bozeman’s prior work on planning for the restoration of science policy. The task, as they frame it, is not merely to reverse individual cuts but to rebuild the talent pipelines, funding structures, and international openness on which American universities and the global scientific enterprise depend. Whether restoration is possible depends on recognizing, as their title insists, that the implications are both domestic and international: the world’s science superpower status, as Nature asked, may not hold for long if the policies persist. For researchers, students, and policymakers watching the trajectory, the paper offers a framework for measuring the damage and a reminder that the costs of Trumpism for universities will be counted in decades, not news cycles.

Subject of Research: Impacts of Trump administration policies on U.S. research universities and international science talent flows

Article Title: Trump’s destruction of U.S. universities: domestic and international implications

Article References: Du, L., & Bozeman, B. (2025). Trump’s destruction of U.S. universities: domestic and international implications. Global Public Policy and Governance, 5(4), 380-392. https://doi.org/10.1007/s43508-025-00136-6

Image Credits: AI Generated

DOI: 10.1007/s43508-025-00136-6

Keywords: Trump administration, U.S. universities, research funding, international students, U.S.-China relations, science policy, higher education, brain drain, federal grants, Chinese scientists, Department of Education, global science

The study took place during a four-week pre-sessional English course designed for seventeen international students who were preparing to begin a Master’s degree in Manufacturing at a UK university. Pre-sessional courses of this kind are a common feature of British higher education, offering intensive academic language preparation before degree programmes begin. Rather than relying exclusively on teacher-led instruction, the course in this study encouraged students to make decisions about aspects of their learning based on their own needs, to work collaboratively with classmates, to reflect on their progress, and to investigate questions, described in the research as puzzles, that genuinely interested them.

Those puzzles were strikingly varied and rooted in the students’ real lives rather than in a syllabus. Examples included Why are we here?, Why is it hard to find accommodation around the university? and Why is it hard to come up with a good idea for our library project? Students pursued their questions using sources that included academic literature and the internet, discussed their findings with classmates, and presented what they had learned to the group. The approach meant that language learning was not confined to textbook exercises but was embedded in authentic inquiry into issues that mattered to the students themselves, from the practical challenges of settling into a new city to the intellectual demands of producing academic work.

Through analysing the students’ experiences, the research identified five key themes: learning through interaction and collaboration, student agency, working towards understanding, quality of life and joy, and integrating research into teaching and learning. Together, these themes paint a picture of a classroom in which the boundaries between language study, research training and everyday student life become permeable. Students did not simply practise academic English; they used academic English as a tool to understand and improve their own circumstances, which in turn gave their language development a purpose and immediacy that more conventional exercises can struggle to achieve.

Feedback from the students indicated that they valued being able to make decisions about their learning and to work together with their peers. Some students also reported that keeping a daily learning diary helped them reflect on what they had learned and consider what they wanted to do next, a practice that appears to have supported the development of self-regulation, a capacity widely regarded in educational research as central to successful study at postgraduate level. The exploratory activities also gave students opportunities to develop research and interpersonal skills. Students said they learned how to formulate questions, collect and organise information, interview people, and collaborate with classmates from different countries, abilities that map directly onto the demands of a UK Master’s programme.

Importantly, the study does not argue that students should simply be left to learn independently. Students themselves highlighted the value of guidance from the teacher, and some suggested that they would have welcomed more support when making decisions or working in groups. This finding is significant because debates about student-centred learning often polarise between advocates of full learner independence and defenders of traditional instruction. The research instead points towards a negotiated middle ground in which teacher expertise structures the opportunities for autonomy while students exercise meaningful choice within that structure.

The study’s author combined the two approaches deliberately to explore how they could complement one another. Learner autonomy, in this framing, provides a clear structure through which students can plan, carry out and evaluate their own learning. Exploratory Practice, an approach developed within language education that encourages teachers and learners to investigate questions and develop understanding together, adds a dimension of inquiry, inviting students to ask questions about what matters to them and to focus on understanding rather than simply finding solutions. The findings suggest that when the two are woven together, autonomy supplies the scaffolding for self-directed study while Exploratory Practice fills that scaffolding with questions that carry personal and practical significance.

A notable feature of the approach was the way it brought academic learning together with students’ wider experiences of living and studying in a new environment. Questions about accommodation or about the purpose of the course itself were not treated as distractions from the curriculum but as legitimate objects of classroom investigation, explored through the very academic practices, reading, discussion, interviewing and presenting, that the course was designed to develop. The long-term resonance of this method is captured in the reflection of one student, who, a year later, described the experience in a single memorable line: Questions are always the best teacher.

The research suggests that combining learner autonomy and Exploratory Practice may offer teachers a practical way to integrate research, reflection and student-led enquiry into everyday teaching, rather than treating research as something separate from classroom learning. For educators working in English for Academic Purposes and related fields, this is a potentially meaningful shift. Instead of positioning students as apprentices who must first master the conventions of academia before contributing to it, the approach invites them to practise inquiry from the outset, using their own puzzles as the raw material for developing the linguistic, cognitive and collaborative skills that postgraduate study demands.

At the same time, the author is careful to frame the limits of the study. It was conducted with a small group of seventeen students over a short four-week course, and, as practitioner research, the teacher also acted as the researcher. The findings therefore provide insight into this particular classroom experience rather than evidence that the approach will produce identical outcomes in all educational settings. Even with these caveats, the study adds to a growing body of work exploring how students can become active participants in their own education, not simply recipients of teaching, but people who help shape their learning experience and investigate questions that matter to them, a shift that could, if replicated more widely, change what classrooms feel like for the students inside them.

Subject of Research: Combining learner autonomy with Exploratory Practice to enhance classroom engagement for international students learning academic English

Article Title: Giving students a voice in how they learn could transform the classroom experience

Article References: Giving students a voice in how they learn could transform the classroom experience. (n.d.). Original publication

Image Credits: AI Generated

DOI: Not provided

Keywords: learner autonomy, Exploratory Practice, English for Academic Purposes, student-led enquiry, pre-sessional courses, international students, classroom collaboration, student agency, practitioner research, reflective learning, higher education pedagogy, Journal of English for Academic Purposes