QualCert Level 7 Postgraduate Diploma in Dental Materials (PgD Dental Materials)

Strengthen Knowledge of Restorative Material Properties

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Course Level

Level 7

Course Type

Non-Ofqual

Awarding Body

QualCert

Credits

120

Study Mode

Online

Assessment

Assignment Based

Course Overview

What is this course

The QualCert Level 7 Postgraduate Diploma in Dental Materials (PgD Dental Materials) is an advanced academic qualification designed to provide a comprehensive understanding of the science, composition, and clinical application of materials used in modern dentistry. Dental materials play a critical role in restorative, prosthetic, and aesthetic dentistry, directly influencing the durability, functionality, and biocompatibility of dental treatments. This programme explores the fundamental principles and advanced concepts that govern the selection, manipulation, and performance of dental biomaterials in clinical practice.

The curriculum covers key areas including the physical and chemical properties of dental materials, biomaterials used in restorative dentistry, ceramics, composites, polymers, and metallic alloys, as well as adhesion science and bonding mechanisms. Learners also study material behaviour under oral conditions, degradation processes, biocompatibility, and advancements in nanotechnology and digital materials. Emphasis is placed on understanding material selection criteria, laboratory testing methods, and performance evaluation in restorative procedures.

Structured at Level 7, this qualification promotes advanced theoretical insight and analytical understanding of dental biomaterials. The programme encourages critical evaluation of material performance and clinical suitability, supporting a scientific approach to decision-making in restorative and prosthetic dentistry within contemporary dental practice.

Course Content

Detailed Curriculum Structure

The QualCert Level 7 Postgraduate Diploma in Dental Materials (PgD Dental Materials), offers 120 Credits, requiring a Total Qualification Time (TQT) of 1200 hours, including 600 Guided Learning Hours (GLH).

Advanced Principles and Composition of Dental Materials
Properties, Performance, and Selection Criteria of Dental Materials
Biomaterials in Restorative and Prosthodontic Dentistry
Innovations in Orthodontic, Preventive, and Speciality Dental Materials
Clinical Applications, Failures, and Long-Term Behaviour of Dental Materials
Research Methods, Laboratory Practice, and Evidence-Based Dental Material Science

Advanced Principles and Properties of Dental Materials

Evaluate the fundamental and advanced properties of dental materials, including physical, chemical, and mechanical characteristics.
Assess the performance of materials in clinical and laboratory settings to ensure suitability for specific dental applications.
Apply material science principles to optimise dental treatment outcomes.

Ceramic, Composite, and Polymer-Based Restorative Materials

Analyse the composition, properties, and clinical applications of advanced ceramics, composites, and polymers.
Select appropriate restorative materials based on patient needs, aesthetic demands, and functional requirements.
Implement techniques to maximise the longevity and aesthetics of restorative work.

Metal Alloys, Biomaterials, and Prosthetic Applications

Examine the types, properties, and uses of metal alloys and biomaterials in dental restorations and prostheses.
Apply knowledge of corrosion resistance, biocompatibility, and mechanical performance in material selection.
Integrate advanced prosthetic materials into patient-specific treatment plans.

Adhesives, Cements, and Bonding Systems in Dentistry

Critically evaluate the chemistry, handling, and performance of dental adhesives and cements.
Select appropriate bonding systems for specific clinical procedures.
Apply evidence-based bonding protocols to enhance retention, seal, and durability of restorations.

Material Degradation, Wear, and Failure Analysis

Identify common mechanisms of dental material degradation, wear, and failure.
Analyse clinical and laboratory evidence to prevent material-related complications.
Recommend appropriate maintenance, replacement, or repair strategies for failed restorations.

Research Methods, Clinical Application, and Evidence-Based Practice in Dental Materials

Apply advanced research skills to investigate developments in dental materials science.
Critically appraise scientific literature to inform material selection and clinical decision-making.
Integrate evidence-based principles into clinical practice for improved patient outcomes.

Who Should Attend

Target Audience and Participants

This qualification is designed for dental professionals and scientists seeking advanced knowledge of dental materials and their clinical applications.

Qualified dentists interested in restorative and biomaterials science.
Dental practitioners involved in restorative, prosthodontic, and aesthetic dentistry.
Clinicians aiming to improve understanding of material selection and performance.
Dental professionals working with crowns, bridges, composites, and ceramics.
Practitioners involved in dental laboratory and restorative treatment planning.
Professionals seeking knowledge of material failures and long-term behaviour.
Dental graduates aiming to strengthen expertise in dental biomaterials.
Researchers interested in dental material science and laboratory evaluation methods.
Clinicians focusing on evidence-based restorative dentistry practices.
International dental professionals seeking a recognised Level 7 qualification in dental materials.

Career & Learning Benefits

Skills, Knowledge & Opportunities You Will Earn

This qualification develops advanced scientific understanding and applied expertise in dental materials used in modern restorative and prosthodontic dentistry.

Develop in-depth knowledge of composition and structure of dental materials.
Strengthen understanding of material properties and clinical performance.
Gain expertise in selecting appropriate materials for restorative procedures.
Enhance ability to evaluate material behaviour under oral conditions.
Improve understanding of biomaterials used in advanced dental treatments.
Develop knowledge of material failures and long-term clinical outcomes.
Strengthen skills in evidence-based selection of dental materials.
Enhance awareness of innovations in dental material science and technology.
Build competence in assessing restorative success and material durability.
Improve critical thinking in comparing different dental biomaterials.
Develop research understanding in dental materials and laboratory analysis.
Earn a recognised Level 7 qualification demonstrating advanced expertise in dental materials science.

Need More Information?

Frequently Asked Questions Explained

Learners develop skills in material selection, performance evaluation, bonding science, clinical application, failure analysis, and restorative treatment planning.

Yes. It strengthens expertise in restorative dentistry, prosthodontics, dental research, academic roles, and clinical decision-making related to dental materials.

Yes. The course covers causes of failure, degradation processes, and long-term clinical behaviour of dental materials.

Yes. Learners study advancements in nanotechnology, digital materials, and modern restorative innovations.

Yes. It enhances competence in restorative dentistry, dental research, academia, and advanced clinical practice involving biomaterials.

Enrollment Criteria

Minimum Eligibility Criteria for Enrollment

Age: 21 years or above
Education: Recognised BDS or equivalent dental qualification from an accredited institution
Professional Experience: Minimum two years’ clinical dentistry experience preferred, particularly in restorative or prosthodontic work
Language Proficiency: IELTS 6.5 or equivalent English language qualification, where applicable

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