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Rethinking dental education with AI

A range of recent academic studies have shown how artificial intellgience is powerfully reshaping multiple facets of student dental education. (Image: fotoinfot/Adobe Stock)

LEIPZIG, Germany: Artificial intelligence (AI) is transforming healthcare across disciplines, and dentistry is no exception. While its clinical applications are still being refined, the integration of AI into dental education is fast becoming a priority. A recent wave of studies published in established journals have shed light on the role AI is already playing in shaping how dental students learn, communicate and prepare for the future of practice.

A sweeping review published earlier this year in eClinicalMedicine explores the growing role of AI in medical education more broadly, highlighting the transformative potential of machine learning technologies such as natural language processing and large language models. While the study focuses on medicine rather than dentistry, its relevance is clear. It underscores a fundamental shift: AI is no longer a futuristic add-on but a core component of how healthcare knowledge is produced, shared and applied. The authors emphasise the need for both technical literacy and ethical awareness in AI-enhanced educational environments. These competencies will be crucial not only for doctors but also for dental professionals, whose diagnostic and clinical decision-making will increasingly be augmented by intelligent systems.

A comprehensive framework for incorporating AI into dental education has also been proposed in an article in the International Dental Journal. The authors outline a multiphase approach, beginning with faculty development and extending to curriculum redesign, digital infrastructure and cross-disciplinary partnerships. One notable point is the emphasis on interprofessional collaboration: the bringing together of data scientists, AI specialists and dental educators to co-create relevant and responsible learning modules. The article highlights the importance of moving beyond theoretical discussions of AI to hands-on exposure, giving students the chance to interact directly with tools like AI-driven radiographic software or decision-support systems. This real-world integration, it argues, is essential to building long-term competence and trust in AI.

While institutions may be moving towards AI adoption, another study, published in the Journal of Taibah University Medical Sciences, reported that dental students’ detailed knowledge of AI remains limited. Surveying undergraduate students, the study found that, while many expressed interest in AI, few had received any formal training. There was also significant uncertainty around what AI is, how it functions and what implications it holds for clinical practice. The findings suggest an urgent need for foundational AI education to be embedded early in the curriculum. Without this groundwork, students risk graduating into an AI-driven industry without the tools to engage with it critically or confidently.

Beyond the classroom, AI is changing how dental professionals communicate with patients. A study published in Cureus explores the role of AI in patient education and engagement, highlighting tools that help explain diagnoses, simulate treatment outcomes and personalise oral health recommendations. These systems not only enhance patient comprehension but also support shared decision-making and treatment adherence. The article emphasises that dental education must prepare future practitioners not just to use AI for clinical analysis, but to act as intermediaries between AI systems and patients or mediate its use in patient communication—translating complex outputs into accessible, empathetic conversations. Communication training, it suggests, should now include an AI component.

The question of AI literacy is tackled head-on in an article in Education Sciences, which argues that effective AI integration in dentistry must go beyond isolated modules or electives. Instead, it recommends a holistic model in which AI understanding is scaffolded throughout the educational journey—from preclinical courses to final-year rotations. The article calls for alignment between pedagogical goals and technological tools to ensure that AI is not simply added on but strategically embedded to support learning outcomes. It also raises important equity concerns: access to AI resources and training must be widespread, or there is the risk of deepening educational divides within the profession.

Together, these studies paint a clear picture: the integration of AI into dental education is not a luxury but a necessity. Affecting everything, including institutional frameworks, student mindsets and patient interactions, the digital shift is underway. For dental schools, the challenge is not simply to adopt AI technologies, but to cultivate critical, capable users of them. As the clinical landscape continues to evolve, so too must the educational systems that prepare dentists for tomorrow’s practice.

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