Silang, Philippines—The Department of Science and Technology’s (DOST) Accelerating Science, Technology, and Innovation for the Sustainable Development Goals for the Philippines (STI4SDGs) Project underscores the strategic role of research, science, technology, and innovation in advancing sustainable development during the San Beda University (SBU) Administrators’ Planning Conference, themed Institutional Direction and Strategic Reimagining: SBU Transformation in a Rapidly Evolving Environment, held at the Montserrat Center for Religious Formation, Cavite.
The Sustainable Development Goals (SDGs) take center stage during the first day of the conference, providing a development-oriented lens for discussions on institutional direction, research, innovation, and the future of higher education.
As part of the STI4SDGs session, DOST Assistant Secretary for Technology Transfer, Communications, and Commercialization Dr. Napoleon K. Juanillo, Jr. presents Research and the SDGs, emphasizing the need for universities to look beyond conventional measures of research productivity and examine what ultimately changes because of research.
“How do we count what changed?” Dr. Juanillo asks, challenging institutions to move beyond counting funded projects, publications, technologies, patents, and trained researchers toward understanding how knowledge is translated into use and, ultimately, measurable societal impact.
He further emphasizes that SDG alignment should influence how universities prioritize research, build institutional capability, and establish pathways through which research can reach government, industry, communities, professional practice, and other users.
Drawing from the experience of the STI4SDGs Project, Asec. Juanillo presents how DOST translates broad SDG commitments into a structured process of baseline assessment, mapping, consultation, prioritization, results framework development, intervention, indicator-setting, and learning.
The STI4SDGs approach identifies five (5) priority SDGs within the project’s scope- SDG 2: Zero Hunger; SDG 3: Good Health and Well-Being; SDG 9: Industry, Innovation and Infrastructure; SDG 11: Sustainable Cities and Communities; and SDG 13: Climate Action—based on their relevance to the project and alignment with national science, technology, and innovation priorities.
Moreover, Asec. Juanillo stresses that universities need not replicate DOST’s priority areas. Rather, they can adopt the decision-making architecture behind the process and tailor it to their own mandates, capabilities, constituencies, and strategic objectives. This allows institutions to build research programs around sustained development challenges, with individual studies contributing to a broader institutional direction.
The discussion further examines the research-to-impact pathway, recognizing that research investment can strengthen capability and generate knowledge or technology, but these do not automatically lead to adoption or societal outcomes. Moving research toward use requires complementary assets, including financing, infrastructure, institutional support, partnerships, markets, and capable users.
In this context, Dr. Juanillo introduces DOST’s proposed Synergized Innovation and Business-Oriented Launchpads (SIBOL) as an example of an approach designed to bridge research capability and economic application. By connecting universities, industry, regional value chains, infrastructure, financing, and market pathways, SIBOL seeks to address coordination and complementary-capability gaps that can prevent research from progressing toward commercialization and regional development.
Asec. Juanillo also emphasizes the role of Monitoring, Evaluation, Accountability, and Learning (MEAL) in keeping research strategies evidence-driven. Rather than functioning as an additional reporting requirement, MEAL helps institutions determine whether intended pathways are working, identify where implementation breaks down, and use evidence to inform succeeding decisions.
“MEAL should not be another reporting layer; it should be the management system that tests whether the research-to-impact pathway is working,” he notes.
The STI4SDGs Project Management Team reinforces the discussion through a workshop for SBU participants, focusing on the 17 SDGs and the four key areas of the Sustainability Evaluation Tool for Higher Education Institutions (SET-HEI): Teaching and Learning, Research, Engagement, and Governance and Administration.
Through the workshop, participants examine how sustainability can be embedded across the university’s core functions and connected to institutional planning. The activity also encourages participants to identify how university policies, programs, research activities, partnerships, and governance mechanisms can collectively contribute to the SDGs.
The engagement provides SBU administrators with a practical lens for integrating sustainability into institutional decision-making, particularly in determining research priorities, strengthening university capabilities, building external partnerships, and establishing mechanisms for tracking results and learning from implementation.
As the first day of the three-day conference came to a close, the STI4SDGs engagement caps the day’s discussions with a clear direction for institutional reflection: aligning university priorities with development needs, connecting research with pathways to impact, and using evidence to guide what comes next. The session positions the SDGs not simply as global targets, but as a framework that can help universities translate institutional aspirations into more deliberate, measurable, and sustainable action.
Article by Maria Madel P. Palen, DOST-TTCC