项目介绍

2024年5月9日

Your function

We are looking for a PhD student (with Dentistry, Engineer, Biomedical Technology and Physics, or correlated background) for materials research in dentistry.

Within medical sciences, dentistry is leading the way in digitizing treatment processes. The Department of Department of Restorative and Reconstructive Oral Care together with Biomaterials is looking for a Ph.D. student for a research project involving the digitization of the production of dental devices.  Are you intrigued by the transformative potential of 3D printing in dentistry, particularly in the realm of materials innovation and optimized design for oral rehabilitation? Do you wish to participate in how these advancements are reshaping dental practices, from work methodologies to treatment outcomes, and influencing the very essence of oral care professions? Are you drawn to the idea of immersing yourself as an expert within dental organizations, observing and analysing the intricate dynamics of 3D printing technology and personalized health care? If so, we invite you to consider applying for a PhD position at the forefront of research, within the Academic Centre for Dentistry Amsterdam (ACTA)

As emerging technologies continue to revolutionize dental procedures, the discourse surrounding their impact often oscillates between exaggerated claims and speculative forecasts. At ACTA, you will have the opportunity to work with people from different departments, who are committed to transcending these superficial narratives by investigating proof of concepts and evidence-based dental practices to conduct rigorous, field-based science. Central to our approach is a profound appreciation for the developmental trajectory of 3D printing technologies, wherein considerations of end-user needs and workflow integration are still in development. Moreover, our research methodology emphasizes the inclusion of diverse stakeholders—from materials scientists and dental technicians to practitioners and field leaders—ensuring a comprehensive understanding of the technology’s implications in the dental office.

Through immersive, long-term engagements within ACTA dental organization, our PhD candidates contribute invaluable insights to the evolving discourse on technology’s role in oral healthcare delivery. Together, we will assess material’s properties, prosthetic designs and fatigue behavior of 3D-printed structures. Join us in shaping the future of oral rehabilitation through meticulous inquiry and collaborative scholarship, alongside esteemed researchers such as Dr. João Tribst, Dr. Albert Feilzer, Dr. Cees Kleverlaan, and Dr. Amanda Dal Piva. Apply now and embark on a journey of discovery at the nexus of technology and dental care.

Your duties

• The PhD student will conduct theoretical and in-vitro research on themes such as the mechanical behavior of 3D-printed constructions; the impact of aging/fatigue on 3D-printed oral devices; and the role of post-processing techniques in the outcomes of those devices.
• The PhD student will do lab studies and will receive training for operating several apparatus from research as well as from the dental laboratory. Eventually assisting in the 3D-designing of oral devices and participating in the applicability of those by the master students.
• The PhD student will provide a modest contribution to the Department’s teaching program, participating in literature discussions with colleagues and post-graduation students.

Your profile

• Motivated to do high-quality research with the aim of publishing top-level articles for both an organizational science and practitioner audience.
• Academic writing skills.
• Communication skills required to collaborate with an industry partner(s) and in scientific events.
• High proficiency in English language; Dutch proficiency (or willingness to learn) preferred.
• Master’s degree in a field related to dentistry, biomedical sciences, biomedical technology, bioinformatics, health sciences, or correlated field.
• Expertise in and affinity with qualitative research methods e.g. three-point bending, shear bond strength testing, fracture load assessment, and fatigue methods.
• Candidates with affinity in CAD software and/or experience with Finite Element Analysis are welcome.

As a university, we strive for equal opportunities for all, recognising that diversity takes many forms. We believe that diversity in all its complexity is invaluable for the quality of our teaching, research and service. We are always looking for talent with diverse backgrounds and experiences. This also means that we are committed to creating an inclusive community so that we can use diversity as an asset.

We realise that each individual brings a unique set of skills, expertise and mindset. Therefore we are happy to invite anyone who recognises themselves in the profile to apply, even if you do not meet all the requirements.