ICTQual AB Level 6 International Diploma in Dental Technology

Upon successful completion of the ICTQual AB Level 6 International Diploma in Dental Technology, learners will be able to:

Year 1: Foundation in Dental Technology

1. Introduction to Dental Technology

• Understand the fundamentals of dental technology and its role in oral healthcare.
• Identify key dental procedures, laboratory techniques, and workflow processes.
• Recognize the structure and functions of dental laboratories.
• Apply foundational skills in laboratory safety and material handling.
• Demonstrate awareness of career opportunities in dental technology.

2. Human Anatomy and Oral Biology

• Describe the anatomy of the oral cavity, teeth, and craniofacial structures.
• Understand biological processes affecting oral health and prosthodontics.
• Integrate knowledge of tissues and skeletal structures into laboratory work.
• Apply anatomical knowledge to dental appliance design and fabrication.
• Recognize clinical implications of oral biology for restorative treatments.

3. Dental Materials Science

• Identify and classify dental materials, including metals, ceramics, and polymers.
• Understand material properties, manipulation techniques, and safety measures.
• Apply knowledge of material behavior in prosthodontic fabrication.
• Evaluate suitability of materials for specific dental procedures.
• Integrate material science principles into evidence-based laboratory practices.

4. Fundamentals of Prosthodontics

• Understand the principles of fixed and removable prosthodontics.
• Develop skills in basic prosthetic design and fabrication.
• Apply knowledge of occlusion and tooth morphology in prosthodontics.
• Recognize indications and limitations of various prosthodontic appliances.
• Demonstrate initial competency in prosthodontic laboratory techniques.

5. Basic Orthodontic Appliance Design

• Understand fundamentals of orthodontic appliances and treatment planning.
• Design and fabricate simple orthodontic devices under supervision.
• Apply dental anatomy knowledge to appliance construction.
• Recognize materials and tools used in orthodontic laboratory procedures.
• Demonstrate safe handling and quality control in appliance fabrication.

6. Principles of Dental Laboratory Work

• Understand workflow processes in dental laboratories.
• Apply organizational skills for efficient laboratory practice.
• Demonstrate proper handling of instruments and equipment.
• Follow standard operating procedures for safety and quality.
• Develop problem-solving skills for routine laboratory challenges.

7. Dental Anatomy and Occlusion

• Recognize tooth morphology and occlusal relationships.
• Apply anatomical knowledge to prosthodontic and orthodontic work.
• Identify functional and aesthetic considerations in dental appliance design.
• Develop precision in occlusion and alignment during fabrication.
• Integrate anatomical knowledge into practical laboratory applications.

8. Infection Control and Safety in Dental Laboratories

• Apply hygiene and sterilization protocols to maintain a safe laboratory environment.
• Recognize potential hazards in dental technology practice.
• Implement infection control procedures during appliance fabrication.
• Promote patient safety through laboratory compliance.
• Demonstrate ethical responsibility for workplace safety.

9. Introduction to CAD/CAM Technology

• Understand principles and applications of CAD/CAM in dental technology.
• Gain basic skills in digital design software and 3D modeling.
• Integrate digital workflows with traditional laboratory techniques.
• Evaluate the advantages of CAD/CAM in precision and efficiency.
• Develop competency in digital dental appliance fabrication.

10. Communication Skills in Clinical and Laboratory Settings

• Communicate effectively with dental professionals and patients.
• Develop professional collaboration skills in multidisciplinary teams.
• Apply clear documentation and reporting practices in dental laboratories.
• Practice empathy and professionalism in clinical-laboratory interactions.
• Enhance teamwork and patient-centered care through effective communication.

11. Research Methods in Dental Science

• Understand research design, methodology, and data analysis in dental technology.
• Critically evaluate scientific literature and evidence-based practice.
• Conduct basic laboratory or clinical research projects.
• Apply research findings to improve dental technology outcomes.
• Develop skills for lifelong learning and professional growth.

12. Professional Ethics and Standards in Dentistry

• Understand ethical principles and professional responsibilities in dental technology.
• Demonstrate compliance with legal and regulatory standards.
• Recognize ethical dilemmas and implement appropriate solutions.
• Promote integrity, accountability, and patient safety in laboratory practice.
• Apply ethical standards consistently in professional decision-making.

Year 2: Intermediate Dental Technology

1. Advanced Prosthodontic Techniques

• Apply complex prosthodontic procedures for fixed and removable appliances.
• Develop precision in crown, bridge, and denture fabrication.
• Integrate knowledge of occlusion and dental anatomy into advanced designs.
• Evaluate material suitability for specific prosthodontic cases.
• Enhance problem-solving skills for complex laboratory challenges.
• Implement quality control measures in prosthodontic workflows.

2. Crown and Bridge Fabrication

• Fabricate crowns and bridges with accuracy and aesthetic consideration.
• Apply principles of occlusion and dental morphology in restoration design.
• Utilize advanced materials for durable and functional restorations.
• Integrate traditional and digital techniques for fabrication efficiency.
• Ensure compliance with clinical standards and laboratory protocols.

3. Removable Partial Dentures

• Design and construct removable partial dentures for diverse cases.
• Apply anatomical and functional principles to optimize fit and comfort.
• Select appropriate materials and clasps for stability and aesthetics.
• Evaluate patient requirements and laboratory outcomes.
• Demonstrate advanced laboratory techniques in denture fabrication.

4. Complete Denture Construction

• Fabricate complete dentures using precise clinical and laboratory techniques.
• Apply occlusion and jaw relation principles for functional restoration.
• Utilize material science knowledge to ensure durability and comfort.
• Integrate patient-centered approaches into denture design.
• Implement quality control and finishing techniques for high-standard prostheses.

5. Orthodontic Appliance Fabrication

• Design and construct advanced orthodontic appliances for clinical use.
• Apply dental anatomy and treatment planning knowledge to appliance design.
• Utilize materials and fabrication techniques for accurate and functional devices.
• Ensure compliance with laboratory safety and quality standards.
• Collaborate with clinicians to optimize patient outcomes.

6. Dental Ceramics and Restorative Materials

• Understand properties and applications of dental ceramics and composite materials.
• Apply materials knowledge in prosthodontic and restorative procedures.
• Fabricate restorations that are functional, aesthetic, and durable.
• Integrate digital and traditional techniques in restorative workflows.
• Evaluate materials performance and maintain high-quality standards.

7. Digital Dentistry and CAD/CAM Applications

• Utilize CAD/CAM software for design and fabrication of dental appliances.
• Integrate digital impressions and 3D printing in dental laboratory workflows.
• Improve efficiency and precision through digital technologies.
• Apply digital methods for crowns, bridges, dentures, and orthodontic devices.
• Develop skills for emerging trends in dental technology innovation.

8. Quality Control and Laboratory Management

• Implement quality assurance procedures in dental laboratories.
• Monitor processes to ensure compliance with international standards.
• Manage laboratory resources, workflow, and documentation effectively.
• Address operational challenges and implement process improvements.
• Promote safety, efficiency, and high standards in laboratory management.

9. Advanced Dental Anatomy and Morphology

• Analyze tooth morphology for complex restorative and orthodontic procedures.
• Apply anatomical knowledge to prosthodontics and appliance fabrication.
• Recognize variations in dental anatomy for personalized treatment solutions.
• Enhance precision in occlusion and restoration design.
• Integrate advanced anatomy knowledge in laboratory problem-solving.

10. Patient Care and Clinical Support

• Support clinical procedures with laboratory expertise.
• Understand patient needs and treatment planning considerations.
• Develop communication skills for collaboration with clinicians.
• Ensure laboratory outputs meet patient-centered care requirements.
• Apply knowledge of infection control and safety in clinical support tasks.

11. Evidence-Based Practice in Dental Technology

• Integrate scientific research and clinical evidence into laboratory procedures.
• Critically evaluate techniques and materials based on outcomes.
• Apply research findings to improve laboratory efficiency and quality.
• Promote continual improvement through evidence-informed decisions.
• Support innovation and professional development in dental technology.

12. Professional Development and CPD Planning

• Develop personal and professional development plans aligned with career goals.
• Engage in structured Continuing Professional Development (CPD) activities.
• Reflect on clinical and laboratory experiences to identify learning needs.
• Enhance leadership and advanced technical skills.
• Prepare for international career opportunities in dental technology.

Year 3: Advanced Dental Technology

1. Complex Prosthodontic Cases

• Apply advanced prosthodontic techniques to manage complex clinical cases.
• Integrate occlusion, morphology, and aesthetic principles in restoration design.
• Evaluate material selection for durability and functional performance.
• Solve challenging laboratory and fabrication problems effectively.
• Collaborate with clinicians to achieve optimal patient outcomes.

2. Implant-Supported Prostheses

• Design and fabricate implant-supported crowns, bridges, and dentures.
• Understand implantology principles and clinical considerations.
• Apply precision techniques for functional and aesthetic restorations.
• Integrate CAD/CAM and digital workflows in implant prosthodontics.
• Ensure compliance with safety and laboratory quality standards.

3. Advanced Orthodontic Appliance Design

• Design and fabricate complex orthodontic appliances for clinical use.
• Apply anatomical and functional principles to customized devices.
• Utilize advanced materials and fabrication techniques.
• Incorporate digital tools for precise design and patient outcomes.
• Collaborate with orthodontists for patient-centered treatment plans.

4. Cosmetic and Aesthetic Dentistry Applications

• Apply aesthetic principles to prosthodontics and restorative procedures.
• Design and fabricate restorations that enhance patient appearance.
• Utilize dental ceramics, composites, and advanced materials effectively.
• Integrate functional and aesthetic considerations in treatment planning.
• Evaluate patient satisfaction and outcomes through quality control.

5. Advanced Digital Dentistry Techniques

• Utilize CAD/CAM, 3D printing, and digital imaging in dental workflows.
• Apply digital tools for accurate and efficient prosthodontic fabrication.
• Integrate emerging technologies for innovation in dental laboratories.
• Analyze and improve digital processes for better clinical results.
• Develop expertise in digital dental laboratory management.

6. Dental Laboratory Leadership and Management

• Lead and manage dental laboratory teams effectively.
• Implement quality assurance and workflow optimization strategies.
• Ensure compliance with safety, ethical, and professional standards.
• Manage laboratory resources, budgeting, and operational efficiency.
• Promote continuous professional development (CPD) within teams.

7. Advanced Restorative Material Applications

• Select and apply advanced restorative materials for complex cases.
• Understand material properties, compatibility, and handling techniques.
• Integrate materials knowledge into aesthetic and functional designs.
• Evaluate restorations for durability, safety, and patient satisfaction.
• Apply evidence-based practices in material selection and application.

8. Case Planning and Treatment Integration

• Develop comprehensive treatment plans for multidisciplinary cases.
• Integrate prosthodontic, orthodontic, and restorative procedures.
• Apply clinical knowledge to laboratory fabrication and design.
• Collaborate with clinicians for seamless patient care.
• Monitor treatment outcomes and adapt laboratory approaches accordingly.

9. Innovation and Technology in Dental Practice

• Apply emerging technologies to improve dental laboratory workflows.
• Implement digital solutions for design, fabrication, and quality control.
• Stay updated with global trends in dental technology innovation.
• Enhance patient outcomes through technological integration.
• Promote efficiency, precision, and innovation in practice.

10. Independent Project or Capstone in Dental Technology

• Conduct a research or practice-based capstone project.
• Apply theoretical knowledge to real-world dental laboratory challenges.
• Analyze data, present findings, and propose innovative solutions.
• Demonstrate project management and independent learning skills.
• Integrate research and practical skills for professional advancement.

11. Professional Ethics and Legal Considerations

• Apply ethical principles and legal frameworks in dental technology practice.
• Recognize and resolve ethical dilemmas in laboratory and clinical settings.
• Ensure compliance with professional standards and patient safety regulations.
• Demonstrate integrity, accountability, and professional conduct.
• Promote ethical leadership within dental laboratories.

12. Advanced CPD and Career Development Strategies

• Plan and implement long-term professional development strategies.
• Engage in Continuing Professional Development (CPD) to maintain skills.
• Reflect on learning outcomes and career progression opportunities.
• Prepare for leadership, research, and international career roles.
• Enhance employability and professional credibility in dental technology.