Please note that this is an on-going project.
Project Description
This project, Sustainability in Dental Technology: Eco-Intelligence and Innovations in Dental Technology, is a professional and educational initiative that explores how sustainability can be embedded into contemporary dental technology practice and training.
The activity brings together key themes including quality education, occupational health and safety, digital transformation, environmental stewardship, and social and ethical responsibility.
It examines the evolution of dental technology from traditional materials and techniques to advanced digital workflows such as CAD/CAM, 3D printing, AI-supported systems, and emerging smart-material applications.
A central aim is to encourage informed, ethical, and sustainable decision-making in dental laboratories, teaching environments, and professional practice.
The project also highlights safer material selection, improved post-processing and waste management practices, local and responsible sourcing, reduced paper use through digital systems, and the potential for renewable energy and greener laboratory infrastructure.
In addition, it promotes curriculum reform and lifelong learning so that future dental technologists are equipped with the technical, scientific, creative, and socially responsible capabilities needed in a rapidly changing profession.
Overall, the initiative aims to position sustainability not as an optional add-on but as a core principle shaping safer, smarter, and more responsible dental technology practice.
Project Personnel and Beneficiaries
The project is led by Dr Frank Alifui-Segbaya, Senior Lecturer in Dental Technology at Griffith University and Education and Research Director of the Australian Dental Technicians Association.
Key stakeholders include Griffith University staff and students, ADTA members, dental technologists, dental prosthetists, dentists, educators, industry leaders, and policymakers.
The project benefits current and future dental technology students by strengthening sustainability-focused education and professional capability.
It also benefits practitioners and laboratories by promoting safer materials, improved workflows, and environmentally responsible practices.
Ultimately, patients and communities benefit through better-quality, safer, and more sustainable dental technology services.
Outcomes to Date
To date, the project has produced a strong sustainability framework for dental technology built around education, occupational safety, digital transformation, environmental stewardship, and social responsibility. It has raised awareness of important sustainability issues, including ergonomics, chemical exposure, biocompatibility of 3D-printed materials, waste reduction, responsible sourcing, and greener laboratory design. The work has also connected sustainability to professional development and curriculum renewal, encouraging a more future-focused model of training in dental technology.
A significant public outcome is the dissemination of this work through the 2025 ADTA Dentechno Expo keynote, which positioned sustainability as a strategic priority for the profession. Also, presented to GU & TAFE students on 11 April at an ADTA-sponsored event at GU. Overall, the project has strengthened knowledge, advocacy, and sector-wide dialogue around sustainable dental technology practice.
Project Significance
This project is important because dental technology is being transformed by rapid advances in materials, manufacturing systems, and digital workflows, and these changes must be guided by sustainability, safety, and ethics.
The slides make clear that sustainable dental technology requires attention to environmental stewardship, health and safety, social responsibility, and high-quality education, rather than focusing only on technical innovation.
The activity contributes to sustainable development by promoting safer workplaces, biocompatible and lower-risk materials, more efficient and less wasteful digital workflows, responsible sourcing, recycling, and stronger sustainability awareness across education and industry.
It also supports students and professionals to develop higher-order thinking, adaptability, innovation, and collaboration skills that are essential for building resilient and future-ready healthcare systems.
From an SDG perspective, the project clearly contributes to SDG 3 (Good Health and Well-being) through occupational health and safer biomaterials, SDG 4 (Quality Education) through curriculum innovation and lifelong learning, SDG 9 (Industry, Innovation and Infrastructure) through digital transformation and advanced manufacturing, and SDG 17 (Partnerships for the Goals) through collaboration among universities, professional bodies, educators, industry, and policymakers.
Its importance lies in showing that sustainability in dental technology is practical, interdisciplinary, and professionally necessary, with direct relevance to students, educators, laboratories, patients, and the wider community.