Exciting Opportunity for Singapore's University Innovators

The Asia-Pacific Global Health Innovation Hackathon is back for its second year, with applications now officially open. Hosted in Singapore on September 18-19, 2026, this intensive 48-hour event brings together bright minds from across the region to tackle one of the most pressing issues in public health: maternal and child nutrition. Organized by the SingHealth Duke-NUS Academic Medical Centre, the hackathon underscores Singapore's position as a leader in health innovation, particularly through its world-class universities and graduate programs.

Duke-NUS Medical School, Singapore's premier graduate-entry medical institution and a partnership between the National University of Singapore (NUS) and Duke University, plays a central role. As part of the Academic Medicine Innovation Institute (AMII) and the SingHealth Duke-NUS Global Health Institute (SDGHI), the event leverages the school's cutting-edge research facilities and clinician-educators to mentor participants. This alignment with higher education highlights how Singapore's universities are fostering the next generation of health leaders, blending clinical practice, research, and technology.

Building on a Successful First Edition

The inaugural Asia-Pacific Global Health Innovation Hackathon in January 2025 focused on health and climate challenges, drawing 16 teams from 13 Asia-Pacific markets. Participants prototyped solutions addressing climate impacts on healthcare delivery, with winners advancing to incubation programs that provided funding and expert guidance. This success demonstrated the hackathon's potential to spark real-world change, with solutions now in pilot stages across participating countries.

For Singapore's higher education community, the first event was a proving ground. Students and faculty from Duke-NUS, NUS Yong Loo Lin School of Medicine, and Nanyang Technological University (NTU) Lee Kong Chian School of Medicine contributed as mentors and judges, sharing insights from Singapore's robust biomedical ecosystem. The event's hybrid format allowed remote university teams to engage, broadening access for cash-strapped student innovators.

Maternal and Child Nutrition: A Regional Crisis Demanding Urgent Solutions

The Asia-Pacific region grapples with a 'double burden' of malnutrition. Nearly 40% of the world's hungry population resides here, with undernourishment rates hovering around 6.4% in 2024. One in three women aged 15-49 suffers from anaemia, particularly in South and Southeast Asia. Among children under five, 8.9% face acute malnutrition—higher than global averages—and 24.4% are stunted, leading to lifelong cognitive and physical deficits. Compounding this, over 35 million young children are overweight, fueled by shifting diets and food insecurity exacerbated by climate events.

Singapore universities are at the forefront of researching these issues. Duke-NUS's SDGHI has published studies on nutrition interventions, while NUS's Saw Swee Hock School of Public Health analyzes regional data trends. NTU's health tech labs develop AI tools for dietary monitoring. The hackathon challenges participants to create data-driven prototypes for maternal nutrition during pregnancy and optimal feeding practices for newborns, infants, and young children—areas where university-led research can drive scalable impact.

Singapore's Universities as Innovation Hubs

Singapore's higher education landscape is uniquely positioned for such events. Duke-NUS, with its 'Clinician Plus' model, trains MD-PhD students in translational research, making it ideal for hackathon mentorship. NUS, home to Asia's top-ranked medical faculty, hosts parallel initiatives like HealthHack Singapore, where nursing and engineering students prototype sustainability solutions. NTU's interdisciplinary programs, including the Harvard Health Systems Innovation Lab hub, emphasize AI in healthcare, preparing students for challenges like nutrition tracking apps.

These institutions collaborate through the Singapore Academic Health Science Network, pooling resources for events like this hackathon. Student teams from local universities gain hands-on experience, networking with industry partners such as multinational pharma firms and NGOs. For instance, past NUS participants have spun out startups from hackathon ideas, securing grants from the National Research Foundation.

The government's Smart Nation initiative further bolsters this, with agencies like A*STAR providing data sandboxes for prototypes. Universities offer course credits for hackathon involvement, integrating it into curricula on global health and entrepreneurship.

Eligibility and Team Composition: Open Doors for University Talent

Open to teams of three to four from the Asia-Pacific, the hackathon welcomes university students, early-career researchers, and faculty alongside healthcare pros and tech experts. No prior coding experience required—diverse skill sets are key. Singapore universities encourage applications; Duke-NUS offers workshops to form teams, while NUS and NTU publicize via student portals.

• Innovators with health tech ideas
• Technical experts (AI, data science, app devs)
• Clinical researchers familiar with nutrition
• Healthcare professionals for real-world validation

Priority goes to interdisciplinary groups, mirroring university programs like Duke-NUS's Health Innovator Programme, which pairs med students with engineers and MBAs.

The 48-Hour Intensity: Mentorship and Pitching Excellence

Over two days at a central Singapore venue, teams ideate, prototype, and refine under mentorship from SingHealth Duke-NUS experts. Morning sessions cover challenge framing, afternoons focus on building (using provided datasets and tools), evenings feature feedback rounds. The event culminates in pitches to a panel including WHO reps, SingHealth leaders, and venture capitalists.

Judging criteria emphasize feasibility, scalability, innovation, and equity—essentials taught in Singapore uni courses on implementation science. University participants benefit from alumni networks, with past Duke-NUS students returning as judges.

Prizes and Incubation: From Idea to Impact

Top three teams enter a six-month incubation by SDGHI and ICO: up to SGD 25,000 non-cash funding, tailored mentorship in health innovation, and a Singapore showcase. This pipeline mirrors university accelerators like NUS Enterprise's BLOCK71, where hackathon winners scale prototypes into ventures.

Incubation includes clinical testing via SingHealth's network, regulatory guidance, and partnerships—vital for student-led teams transitioning to startups.

Impacts from Year One and Success Stories

First edition winners developed climate-resilient supply chains and AI triage tools, now piloted in Indonesia and Malaysia. A Duke-NUS mentored team launched a telehealth app, securing Series A funding. These outcomes validate the model, with 80% of participants reporting heightened innovation skills—key for university resumes.

Singapore unis track alumni: NUS reports 30% of HealthHack grads in health tech roles within a year.

Stakeholder Perspectives: Voices from the Frontlines

Professor Ng Wai Hoe, SingHealth Group CEO, emphasizes clinical grounding: “Solutions must meet patient needs.” Ms Vijaya Rao highlights diversity: “Collective ingenuity drives change.” Assoc Prof Goh Su-Yen stresses implementation: “From ideation to scalable solutions.”

University deans echo this; Duke-NUS Provost notes, “Hackathons build clinician-innovators.”

Why Singapore Universities Should Lead Participation

With top global rankings—NUS #8 QS Medicine, NTU #15—this hackathon offers resume boosters, networks, and funding. It aligns with modules on global health, earning credits. Interdisciplinary teams from engineering, computing, and medicine thrive here.

Future Outlook: Sustaining Momentum in Health Innovation

As APAC's nutrition crisis persists, annual hackathons will evolve, incorporating AI and genomics. Singapore unis plan spin-offs, positioning graduates as regional leaders. Early application ensures spots—deadline June 15, 2026.

Apply via Duke-NUS portal. For nutrition stats, see WHO Global Targets.

Photo by Lily Banse on Unsplash