Multidisciplinary diabetes education program shows promise for strengthening Australian healthcare workforce

Diabetes is not a condition that any single profession can manage alone. It demands coordination—a dietitian here, a pharmacist there, a nurse educator somewhere else, all working in concert with the person living with the disease. Yet for years, Australia's healthcare system trained its allied health professionals in isolation, each discipline learning its own piece of the puzzle without seeing how the pieces fit together in actual practice.

Researchers at the University of Western Australia's School of Health and Clinical Sciences decided to test a different model. They designed an education program from the ground up with input from practicing allied health professionals, credentialled diabetes educators, and people living with diabetes themselves—including First Nations representation. The result was Australia's first diabetes education qualification built specifically for allied health workers, and it was structured around how diabetes care actually happens: collaboratively, across professions, increasingly through digital channels and community settings rather than hospital walls.

The program launched to substantial interest. Within the recruitment window, 738 healthcare professionals across Australia submitted expressions of interest. More than a quarter of them worked outside the major cities. Pharmacists made up more than half of all inquiries, a signal that the profession saw a gap in its own training and wanted to fill it. When enrollment opened, 142 professionals signed up for the first intake.

One hundred thirty of them finished. That 92 percent completion rate speaks to something the researchers had built into the program's DNA: it was designed for people who actually work in healthcare, not for an idealized student with unlimited time. The learning materials were available online. Videos could be watched on a schedule that fit around clinic hours. Virtual placements replaced the traditional requirement to sit in a physical location—a crucial innovation for the roughly one-quarter of participants based in regional and remote areas, where finding suitable clinical placements had historically been a barrier to professional training.

Dr Alex Park, the lead researcher, framed the work as an expansion of what diabetes care could be. "Diabetes care is not delivered by one profession alone," he said. By bringing different health professionals into the design process, the team created training that reflected the actual architecture of care delivery rather than imposing an outdated model onto it. Dr Joseph Carpini, a co-author from UWA's Business School, emphasized the capacity-building dimension: if more healthcare professionals across the system had knowledge and confidence in diabetes support, care could strengthen closer to where people actually lived and worked.

The program was published in BMC Medical Education as a case study in workforce innovation. But the research is not finished. The team plans to track how participants changed their professional practice after completing the qualification, and ultimately, whether those changes improved outcomes for people living with diabetes. The results could matter well beyond diabetes care. Australia faces growing demand for chronic disease management, persistent workforce shortages, and geographic inequities in healthcare access. If this model works—if training professionals collaboratively, with input from the people they serve, and with flexibility built in for regional delivery, actually strengthens care—then other areas of healthcare facing similar pressures might adopt it too.