Singapore’s National University of Singapore (NUS) has secured leadership or co-leadership of four major projects under the country’s new S$120 million AI-for-Science Initiative (AI4S), a national programme launched on 16 June 2026 by the National Research Foundation (NRF) to accelerate scientific discovery through artificial intelligence.

The initiative marks a significant step in Singapore’s broader push to integrate advanced AI tools with core scientific disciplines, positioning local universities at the forefront of global research efforts in materials science, genomics, software verification and related fields.

National Framework Driving AI-Enabled Discovery

The AI4S programme forms part of Singapore’s evolving National AI Strategy, which emphasises the responsible deployment of AI across priority sectors including healthcare, sustainability and digital infrastructure. Eight inaugural projects were selected from competitive bids involving institutions such as NUS, Nanyang Technological University (NTU), the Agency for Science, Technology and Research (A*STAR), and international partners including Imperial College London and the University of Toronto.

NRF officials highlighted that the selected projects pair leading AI researchers with domain experts to address real-world challenges relevant to Singapore’s economy and society. Funding supports multi-year efforts that combine machine learning, robotics, data infrastructure and domain-specific modelling.

Materials Data Foundry Targets Next-Generation Materials

One flagship NUS-led project, the Materials Data Foundry, focuses on accelerating the discovery and synthesis of complex materials for electronics, clean energy and sustainable infrastructure. Professor Sir Konstantin Novoselov, a Nobel laureate in Physics, leads the effort, which integrates AI algorithms with robotic systems to explore vast chemical spaces more efficiently than traditional trial-and-error methods.

The project aims to shorten development timelines for advanced materials used in batteries, semiconductors and lightweight composites. Early milestones include the creation of shared data repositories that will be accessible to researchers across Singapore’s higher-education institutions.

AI for Program Reasoning Strengthens Software Reliability

A second NUS project, AI for Program Reasoning, is co-led with Imperial Global Singapore. Professor Abhik Roychoudhury of NUS Computing directs efforts to develop AI tools capable of automatically verifying AI-generated code, checking correctness, inferring intended behaviour and, in rigorous cases, constructing formal mathematical proofs.

The work addresses growing concerns over software bugs in critical systems as AI-assisted coding becomes widespread. Researchers target applications in network protocols and distributed systems, areas vital to Singapore’s role as a global financial and logistics hub.

Genomic Research Project Advances Precision Medicine

The Accelerating Genomic Research with Artificial Intelligence project, co-led by NUS and A*STAR, seeks to interpret complex genomic datasets more effectively. Professor Cheng Ching-Yu heads the NUS team, which will leverage Singapore’s multi-ethnic population data to drive breakthroughs in precision medicine.

By combining AI models with large-scale genomic repositories, the initiative aims to identify disease markers and tailor treatments to individual genetic profiles. The project aligns with national health priorities and offers new research pathways for faculty and graduate students in life sciences and data analytics.

Photo by National Cancer Institute on Unsplash

Fourth NUS Project Completes Strong Portfolio

NUS participation extends to a fourth project within the eight awarded, further demonstrating the university’s breadth in AI-enabled science. Details released by NRF and NUS emphasise cross-disciplinary collaboration that draws on strengths in computing, engineering and biological sciences.

Together the four projects underscore NUS’s capacity to attract substantial national funding while fostering partnerships with A*STAR, international universities and industry stakeholders.

Implications for Singapore’s Higher-Education Landscape

The AI4S awards arrive at a time when Singapore universities are expanding research capacity and graduate training in AI-related fields. NUS has already established dedicated institutes and centres focused on frontier AI, providing platforms for faculty recruitment and doctoral programmes.

Administrators note that such large-scale grants create opportunities for postdoctoral positions, research assistant roles and industry-linked fellowships. They also support curriculum development that integrates AI methods into traditional science degrees.

Opportunities for Academics and Researchers

PhD-track candidates and early-career researchers stand to benefit from expanded funding streams and access to state-of-the-art computing resources. The projects emphasise open data practices and collaborative platforms, which can accelerate publication output and citation impact.

University leaders anticipate that participation in AI4S will enhance NUS’s standing in global rankings and attract international talent seeking environments where AI and domain science intersect.

Broader National Context and Future Outlook

Singapore’s commitment to AI for science reflects strategic priorities outlined in the National AI Strategy 2.0 and subsequent updates. The S$120 million allocation signals sustained government support for research that bridges fundamental science and applied innovation.

Looking ahead, NRF plans additional funding rounds and evaluation mechanisms to measure progress toward national goals in sustainability, healthcare and digital economy. Success metrics will include patents, spin-off companies and workforce development outcomes.

Stakeholder Perspectives on Research Impact

Faculty members involved in the projects have emphasised the importance of responsible AI governance, data privacy safeguards and equitable access to research infrastructure. Industry partners have expressed interest in translating findings into commercial applications, particularly in clean technology and personalised healthcare.

University administrators highlight the role of these initiatives in strengthening Singapore’s position as a regional hub for AI research and talent development.

Photo by National Cancer Institute on Unsplash

Actionable Insights for the Academic Community

Researchers interested in contributing to AI4S-related work are encouraged to monitor NRF and NUS funding announcements. Collaboration across faculties and with A*STAR entities is expected to remain central to future calls.

Graduate students and postdoctoral fellows can explore opportunities through NUS research portals and national talent programmes that align with the AI4S thematic areas.