Master of Science in Dentistry in Dental Biomaterials

The MSD in Dental Biomaterials is open to applicants with a degree in dentistry, exhibiting a desire for concomitant rigorous exposure to scientific methodology and research. The program provides training in biomaterials with an emphasis on dental and craniofacial prosthetic materials and devices. Graduates can pursue careers in research and development, academia, dental material manufacturing, quality control, regulatory affairs, and dental clinical practice. This specialized degree can provide graduates with a competitive edge and empower them to make significant contributions to the dental field.

Learning Outcomes

Upon completion of the MSD, students should be able to:

• Gain an understanding and appreciation of the basic science of materials, analytical techniques, and research protocols required to critically analyze material processes, properties, and develop new materials and devices in craniofacial sciences.
• Critically analyze the current literature and propose new experimentation to address various issues relative to craniofacial diseases and treatment.
• Design a comprehensive research proposal to investigate a specific hypothesis, conduct appropriate experimentation, and use statistical analysis to discuss the data.
• Work with and advise healthcare professionals in selection of new materials, equipment, and techniques for patient treatment.

Requirements

Term I

• SDM OB 830 Research Writing
• SDM PH 803 Biostatistics
• SDM PR 825 Biomaterials
• SDM PR 830 Advanced Biomaterials
• SDM RS 820 Fundamentals of Materials Science and Engineering Analysis
  • This course will discuss the characterization of materials’ structural, mechanical, and physical properties; atomic structure evaluation by x-ray diffraction, electron diffraction; microstructure evaluation by scanning and transmission electron microscopy; principles of analytical electron microscopy using EDS; study of chemical and bonding states by EELS, Raman spectroscopy and XPS/ESCA; and non-destructive evaluation of mechanical and surface properties of materials. FTIR, hardness, strength, toughness, and fatigue analysis testing, and color analysis will be reviewed.
• SDM RS 995 Research Restorative Sciences
  • Approved research project to satisfy requirements for the degree. The successful defense of a research-oriented thesis is a prerequisite for completion of the course.

Term II

• SDM PR 825 Biomaterials
• SDM PR 830 Advanced Biomaterials
• SDM RS 995 Research Restorative Sciences

The total full-time commitment for the MSD is a minimum of 12 months.

Completion is not tracked by unit accumulation but by successful completion of individual courses and duration requirements.