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| (Image Source: Batangas State University, The National Engineering University) |
Universities today face growing expectations to do more than educate students and produce research. As societies grapple with climate change, inequality, and technological disruption, they are increasingly judged by the real-world impact they create beyond campus walls. This shift is reflected in the 2026 Times Higher Education (THE) Sustainability Impact Ratings, where Batangas State University, The National Engineering University (BatStateU The NEU), maintained its place in the global 401–600 band among 1,646 universities from 116 countries and territories.
More significantly, the recognition highlights how universities are being evaluated based on their contributions to addressing real-world challenges aligned with the United Nations Sustainable Development Goals (SDGs). The achievement is less about institutional prestige and more about a broader question facing higher education worldwide: How can universities help societies become more sustainable, innovative, and resilient?
Why sustainability rankings matter
Traditional university rankings have long focused on research output, academic reputation, and international visibility. Sustainability-focused assessments evaluate a different dimension: whether universities are translating knowledge into societal outcomes. The assessment itself has also evolved. Formerly known as the THE Impact Rankings, the framework was relaunched in 2026 as the THE Sustainability Impact Ratings. The latest edition introduced AI-enabled processes for the first time to support the evaluation and analysis of university submissions. Universities are assessed across four areas, including research, stewardship, outreach, and teaching, measuring how effectively they generate knowledge, manage resources, engage communities, and prepare graduates to contribute to sustainable development. Unlike conventional rankings, the framework is anchored on the 17 Sustainable Development Goals adopted by United Nations member states in 2015. These goals range from poverty reduction and gender equality to clean water, innovation, climate action, and environmental protection. Universities are evaluated not only on research but also on policies, partnerships, community engagement, and educational initiatives that contribute to these goals. For countries such as the Philippines where universities are increasingly expected to support local development, disaster resilience, environmental sustainability, and workforce competitiveness, such assessments provide an alternative measure of institutional value. For BatStateU President Dr. Tirso A. Ronquillo, the significance of sustainability lies not in institutional recognition but in the real-world outcomes universities help create. He said, “Beyond rankings, sustainability is measured through the lives transformed, communities strengthened, and innovations created. Our commitment is to ensure that knowledge and research translate into meaningful solutions that contribute to sustainable development.”
From engineering education to societal impact
BatStateU’s performance reflects a growing trend among engineering-focused institutions worldwide: expanding their role from producing graduates to developing solutions to complex societal challenges. The University participated in all 17 SDGs, indicating a whole-of-institution approach to sustainability. Among its strongest-performing areas were SDG 15 (Life On Land), SDG 6 (Clean Water And Sanitation), SDG 1 (No Poverty), SDG 5 (Gender Equality), and SDG 17 (Partnerships For The Goals). These areas represent interconnected challenges facing many communities in the Philippines. Environmental degradation affects livelihoods and food security; access to clean water remains a concern in some localities; and inclusive growth continues to be a national development priority. Universities contribute to these goals through multiple pathways: generating evidence-based research, developing technologies, supporting local governments, strengthening community programs, and producing graduates equipped to address sustainability challenges.
How innovation is measured
One of BatStateU’s most notable gains came in SDG 9: Industry, Innovation and Infrastructure, where it improved its global standing from the 1001+ band to the 601–800 band. The improvement aligns with the University’s research and innovation activities over the past decade. From fiscal years 2014 to 2025, BatStateU managed more than ₱500M (500 million pesos) in research and innovation grants, established around 400 research collaborations, and generated over 4,000 intellectual property outputs including patents, utility models, and copyrights. These indicators matter because innovation rankings increasingly examine whether research moves beyond academic publication and into practical application. Under the THE methodology, SDG 9 evaluates factors such as patents, university spin-offs, and research income from industry partnerships. In other words, universities are assessed not only on what they discover but also on whether those discoveries create economic and social value. For a developing economy such as the Philippines, this dimension is particularly relevant. The ability of universities to collaborate with industry, support entrepreneurship, and commercialize technologies can influence productivity, job creation, and regional competitiveness.
Health, inclusion, and economic participation
The University also recorded gains in SDG 3: Good Health and Well-Being, advancing from the 1001–1500 band to the 801–1000 band globally. Improvements were linked to health-related research, educational initiatives, and community-oriented programs. Meanwhile, stronger performance in SDG 8: Decent Work and Economic Growth and SDG 10: Reduced Inequalities points to another evolving expectation of higher education institutions: ensuring that economic opportunities are accessible and inclusive. Globally, universities are increasingly evaluated on how they support employability, expand access to underrepresented groups, promote equitable participation, and create pathways for social mobility. These measures reflect growing recognition that higher education plays a critical role in reducing inequalities and preparing graduates for changing labor markets.
Measuring impact beyond the campus
One challenge in evaluating sustainability is determining whether institutional efforts translate into real benefits for communities. BatStateU reported reaching more than 200,000 beneficiaries through initiatives focused on environmental sustainability, education, livelihood development, health and wellness, and community resilience between 2014 and 2025. While rankings capture institutional performance through standardized indicators, such figures offer a glimpse into how sustainability initiatives intersect with everyday concerns, from livelihood opportunities and public health to environmental protection and disaster preparedness. This reflects a broader shift in higher education policy globally. Universities are increasingly expected to function as “anchor institutions”, organizations that not only educate students but also contribute directly to regional development and community well-being.
What this signals for Philippine higher education
The growing prominence of sustainability rankings reflects a changing definition of university excellence. As sustainability challenges become more complex and interconnected, universities are likely to play a larger role in bridging research, innovation, and public service. BatStateU’s continued presence in the THE Sustainability Impact Ratings suggests that engineering education is no longer confined to classrooms and laboratories. Increasingly, it is being evaluated by its ability to create measurable improvements in communities, industries, and ecosystems. In that sense, sustainability ratings are not simply scorecards. They are indicators of how higher education is evolving, from institutions that generate knowledge to institutions expected to demonstrate impact.
