Key Takeaways
- The University of Hawaii has secured a $12 million+ NIH grant to launch the Pacific Center for Artificial Intelligence and Data Science in Medicine (PAC‑AID).
- Funding comes from the NIH’s Centers of Biomedical Research Excellence (COBRE) program and will run through February 2031.
- PAC‑AID will be based at the UH Cancer Center and the John A. Burns School of Medicine, featuring renovated data‑center space and a new Medical AI Core for advanced computing.
- Leadership is shared by Dr. John Shepherd (Chief Scientific Officer, UH Cancer Center) and Dr. Youping Deng (Co‑director of Genomics and Bioinformatics Shared Resource).
- The center will initially support four major research projects and a pilot program targeting health challenges faced by Hawaii and Pacific Island communities.
- A core mission includes training the next generation of investigators in AI and data‑science applications for medicine and public health.
- Officials anticipate the initiative will strengthen Hawaii’s biomedical research capacity and attract additional federal funding in the years ahead.
Overview of the NIH Grant Award
The National Institutes of Health has awarded the University of Hawaii more than $12 million to establish a dedicated hub for artificial intelligence and data‑science applications in medicine. This five‑year grant, administered through the NIH’s Centers of Biomedical Research Excellence (COBRE) program, is slated to provide funding through February 2031. The award reflects NIH’s strategic push to bolster regional research infrastructure that can harness cutting‑edge computational tools to tackle biomedical challenges.
Institutional Partners and Location
PAC‑AID will be housed jointly at the University of Hawaii Cancer Center and the John A. Burns School of Medicine, two of the state’s premier biomedical institutions. By situating the center across these campuses, planners aim to foster seamless collaboration between cancer researchers, clinicians, genomic experts, and data scientists. The dual‑location model also leverages existing strengths in oncology training and public‑health education to maximize the center’s reach.
Goals of the Pacific Center for Artificial Intelligence and Data Science in Medicine (PAC‑AID)
According to university officials, the center’s primary mission is to “use artificial intelligence and data science to accelerate biomedical research and improve health outcomes in Hawaii, the Pacific region and beyond.” This goal encompasses speeding up drug discovery, refining predictive models for disease onset, and optimizing clinical workflows through machine‑learning techniques. By integrating AI into the research pipeline, PAC‑AID hopes to shorten the timeline from bench‑side discovery to bedside impact.
Infrastructure Investments: Renovations and the Medical AI Core
A significant portion of the grant will fund renovations to the UH Cancer Center’s data center, transforming it into a high‑performance computing environment capable of handling large‑scale genomic and imaging datasets. Complementing these upgrades, the center will launch a Medical AI Core that supplies researchers with advanced computing resources, AI expertise, and technical support. This core is designed to democratize access to sophisticated tools, enabling investigators without extensive computational backgrounds to leverage AI in their studies.
Leadership Team: Dr. John Shepherd and Dr. Youping Deng
PAC‑AID will be co‑led by Dr. John Shepherd, who serves as the Chief Scientific Officer at the UH Cancer Center, and Dr. Youping Deng, the Co‑director of the center’s Genomics and Bioinformatics Shared Resource. Their combined expertise spans oncology research, genomic data analysis, and bioinformatics infrastructure, positioning them to guide the center’s scientific direction effectively. Their leadership is expected to bridge the gap between biological inquiry and computational innovation.
Chancellor Vassilis Syrmos on Mission and Impact
Incoming UH Manoa Chancellor Vassilis Syrmos emphasized the broader vision behind the initiative, stating:
“At the heart of our mission as a flagship research university is the drive to translate innovation into meaningful impact,” said incoming UH Manoa Chancellor Vassilis Syrmos. “PAC‑AID is a vital expansion of that mission, enabling our faculty to harness the power of artificial intelligence to pioneer new avenues of biomedical inquiry that were previously unreachable.”
This quote underscores the administration’s commitment to turning technological advances into tangible health benefits for the community.
Initial Research Projects and Pilot Program Focus
Officials said the center will initially support four major research projects and establish a pilot program for additional studies that concentrate on health challenges prevalent in Hawaii and Pacific Island populations. While the specific projects have not been detailed in the announcement, they are expected to address issues such as cancer disparities, cardiovascular disease, infectious disease surveillance, and the social determinants of health that uniquely affect island communities.
Training the Next Generation of AI‑Savvy Investigators
Beyond research, the grant is earmarked to help develop the next generation of investigators proficient in AI and advanced data‑science methods as they apply to medicine and public health. PAC‑AID plans to offer workshops, graduate‑level courses, and mentorship opportunities that equip students, postdoctoral fellows, and early‑career faculty with the skills needed to design, implement, and interpret AI‑driven biomedical studies. This educational component aims to create a sustainable talent pipeline that will keep Hawaii at the forefront of medical innovation.
Broader Implications for Hawaii’s Biomedical Landscape
The establishment of PAC‑AID is poised to strengthen Hawaii’s biomedical research capacity by integrating cutting‑edge computational techniques into traditional laboratory and clinical workflows. As local institutions gain access to AI‑powered analytics, they can compete more effectively for national grants, attract top‑tier faculty, and foster partnerships with biotech firms and federal agencies. This uplift could catalyze a ripple effect, stimulating economic growth through the creation of high‑skill jobs in the technology and health‑care sectors.
Potential to Leverage Additional Federal Funding
University officials anticipate that the foundational work supported by the COBRE award will position Hawaii to attract additional federal funding in the coming years. By demonstrating early successes—such as novel AI‑based biomarkers, improved predictive models, or community‑focused interventions—PAC‑AID can build a compelling case for further investment from NIH, the National Science Foundation, and other agencies interested in health equity and technological innovation.
Addressing Health Disparities in Pacific Island Communities
A central tenet of PAC‑AID’s agenda is to focus on health challenges affecting Hawaii and Pacific Island communities, groups that often experience elevated rates of certain cancers, diabetes, and infectious diseases due to geographic isolation, limited healthcare infrastructure, and unique genetic backgrounds. By applying AI to epidemiological data, genomic sequences, and environmental sensors, the center aims to uncover patterns that inform targeted prevention strategies and culturally responsive care, ultimately striving to reduce longstanding disparities.
Conclusion: A Step Toward AI‑Driven Medicine in the Pacific
The NIH‑funded Pacific Center for Artificial Intelligence and Data Science in Medicine represents a forward‑looking investment that marries Hawaii’s rich biomedical expertise with the transformative power of AI. Through strategic infrastructure upgrades, visionary leadership, targeted research initiatives, and a robust training pipeline, PAC‑AID aspires to not only elevate the state’s scientific stature but also deliver concrete health improvements for its diverse populations. As the center moves toward its 2031 funding horizon, its outcomes may serve as a model for other regions seeking to harness artificial intelligence to advance medicine and public health.
https://www.hawaiinewsnow.com/2026/06/22/uh-receives-12-million-grant-new-ai-medical-research-center/