You will master 3D Printing applied to the dental field, through a convenient 100% online program"

Dentistry is undergoing a true revolution thanks to 3D Printing and Digital Fabrication. These technologies offer a wide range of advantages in the manufacture of customized dental products. For example, prostheses such as bridges, crowns or splints. As a result, dental professionals are able to significantly improve patient care. In turn, these systems provide dental professionals with a competitive advantage in the labor market, enabling them to offer more personalized and high-quality solutions to their patients. In this way, professionals can take advantage of the opportunities provided by this ever-growing field.

In this context, TECH implements a Postgraduate diploma that will favor innovation with AI in the dental area. To this end, the syllabus will analyze the application of digital fabrication techniques in dental restoration. The syllabus will also delve into the implementation of robotic arms for precision dental surgeries. On the other hand, experts will use Machine Learning algorithms to identify real diseases through symptoms and clinical signs. Graduates will be highly qualified to customize treatment plans by analyzing AI recommendations. In addition, the program will address ethical considerations in the collection and use of dental data, ensuring that specialists guarantee safety in the handling of sensitive information.

This is undoubtedly an unparalleled opportunity for dentists to keep abreast of the most notorious advances through a unique academic option. Students only need a cell phone, Tablet or computer with an Internet connection to view the content hosted on the virtual platform at any time of the day. A quality university proposal that adapts to the real needs of healthcare professionals.  

Do you want to offer virtual consultations to your most vulnerable patients? Specialize in Teleodontology with this innovative program"

This Postgraduate diploma in Application of Analytical Techniques and Artificial Intelligence in Dentistry contains the most complete and up-to-date scientific program on the market. The most important features include:

• The development of case studies presented by experts in Application of Analytical Techniques and AI in Dentistry
• The graphic, schematic and practical contents with which it is conceived scientific and practical information on those disciplines that are essential for professional practice
• Practical exercises where self-assessment can be used to improve learning
• Its special emphasis on innovative methodologies 
• Theoretical lessons, questions to the expert, debate forums on controversial topics, and individual reflection assignments
• Content that is accessible from any fixed or portable device with an Internet connection

You will delve into the main ethical challenges in the use of Artificial Intelligence, so that your procedures stand out for their human quality”

The program’s teaching staff includes professionals from the sector who contribute their work experience to this program, as well as renowned specialists from leading societies and prestigious universities. 

The multimedia content, developed with the latest educational technology, will provide the professional with situated and contextual learning, i.e., a simulated environment that will provide immersive education programmed to learn in real situations.

This program is designed around Problem-Based Learning, whereby the professional must try to solve the different professional practice situations that arise during the academic year For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

You will develop the most advanced strategies to preserve the safety and maintenance of dental equipment"

You will reinforce your key knowledge through the innovative Relearning methodology for an effective assimilation of the subject"

This Postgraduate diploma will comprehensively address the comprehensive application of Machine Learning in the dental field, highlighting its usefulness for diagnostics and therapy planning. The academic itinerary will offer professionals emerging technologies such as 3D Models to improve the accuracy of their therapies. Similarly, the syllabus will encourage graduates to carry out innovative proposals, using assisted robotics. In addition, the program will delve into the ethical challenges inherent in the use of AI, addressing aspects such as sustainability. 

An academic experience without schedules or on-site classes and which you can access from any device with an Internet connection”

Module 1. AI-assisted Dental Diagnostics and Treatment Planning

1.1. AI in Oral Disease Diagnosis with Pearl

1.1.1. Use of Machine Learning Algorithms to Identify Oral Diseases
1.1.2. Integration of AI in Diagnostic Equipment for Real-Time Analysis
1.1.3. AI-assisted Diagnostic Systems to Improve Accuracy
1.1.4. Analysis of Symptoms and Clinical Signals through AI for Rapid Diagnostics

1.2. AI Dental Image Analysis with Aidoc and overjet.ai

1.2.1. Development of Software for the Automatic Interpretation of Dental Radiographs
1.2.2. AI in the Detection of Abnormalities in Oral MRI Images
1.2.3. Improvement in the Quality of Dental Imaging through AI Technologies
1.2.4. Deep Learning Algorithms for Classifying Dental Conditions in Imaging

1.3. AI in Caries and Dental Pathology Detection

1.3.1. Pattern Recognition Systems for Identifying Early Cavities
1.3.2. AI for Dental Pathology Risk Assessment with Overjet.ai
1.3.3. Computer Vision Technologies in the Detection of Periodontal Diseases
1.3.4. AI Tools for Caries Monitoring and Progression

1.4. 3D Modeling and AI Treatment Planning with Materialise Mimics

1.4.1. Using AI to Create Accurate 3D Models of the Oral Cavity
1.4.2. AI Systems in the Planning of Complex Dental Surgeries
1.4.3. Simulation Tools for Predicting Treatment Outcomes
1.4.4. AI in the Customization of Prosthetics and Dental Appliances

1.5. Optimization of Orthodontic Treatments using AI

1.5.1. AI in Orthodontic Treatment Planning and Follow-Up with Dental Monitoring
1.5.2. Algorithms for the Prediction of Tooth Movements and Orthodontic Adjustments
1.5.3. AI Analysis to Reduce Orthodontic Treatment Time
1.5.4. Real-time Remote Monitoring and Treatment Adjustment Systems

1.6. Risk Prediction in Dental Treatments

1.6.1. AI Tools for Risk Assessment in Dental Procedures
1.6.2. Decision Support Systems for Identifying Potential Complications
1.6.3. Predictive Models for Anticipating Treatment Reactions
1.6.4. AI-enabled Medical Record Analysis to Personalize Treatments using ChatGPT and Amazon Comprehend Medical

1.7. Personalizing Treatment Plans with AI with IBM Watson Health

1.7.1. AI in the Adaptation of Dental Treatments to Individual Needs
1.7.2. AI-based Treatment Recommender Systems
1.7.3. Analysis of Oral Health Data for Personalized Treatment Planning
1.7.4. AI Tools for Adjusting Treatments Based on Patient Response

1.8. Oral Health Monitoring with Intelligent Technologies

1.8.1. Smart Devices for Oral Hygiene Monitoring
1.8.2. AI-enabled Mobile Apps for Dental Health Monitoring with Dental Care App
1.8.3. Wearables with Sensors to Detect Changes in Oral Health
1.8.4. AI-based Early Warning Systems to Prevent Oral Diseases

1.9. AI in Oral Disease Prevention

1.9.1. AI Algorithms to Identify Oral Disease Risk Factors with AutoML
1.9.2. Oral Health Education and Awareness Systems with AI
1.9.3. Predictive Tools for the Early Prevention of Dental Problems
1.9.4. AI in the Promotion of Healthy Habits for Oral Prevention

1.10. Case Studies: Diagnostic and Planning Successes with AI

1.10.1. Analysis of Real Cases where AI Improved Dental Diagnosis
1.10.2. Successful Case Studies on the Implementation of AI for Treatment Planning
1.10.3. Treatment Comparisons with and without the Use of AI
1.10.4. Documentation of Improvements in Clinical Efficiency and Effectiveness with AI

Module 2. Innovation with AI in Dentistry

2.1. 3D Printing and Digital Fabrication in Dentistry

2.1.1. Use of 3D Printing for the Creation of Customized Dental Prostheses
2.1.2. Fabrication of Orthodontic Splints and Aligners using 3D Technology
2.1.3. Development of Dental Implants using 3D Printing
2.1.4. Application of Digital Fabrication Techniques in Dental Restoration

2.2. Robotics in Dental Procedures

2.2.1. Implementation of Robotic Arms for Precision Dental Surgeries
2.2.2. Use of Robots in Endodontic and Periodontic Procedures
2.2.3. Development of Robotic Systems for Dental Operations Assistance
2.2.4. Integration of Robotics in the Practical Teaching of Dentistry

2.3. Development of AI-assisted Dental Materials

2.3.1. Use of AI to Innovate in Dental Restorative Materials
2.3.2. Predictive Analytics for Durability and Efficiency of New Dental Materials
2.3.3. AI in the Optimization of Properties of Materials such as Resins and Ceramics
2.3.4. AI Systems to Customize Materials according to Patient's Needs

2.4. AI-enabled Dental Practice Management

2.4.1. AI Systems for Efficient Appointment and Scheduling Management
2.4.2. Data Analysis to Improve Quality of Dental Services
2.4.3. AI Tools for Inventory Management in Dental Clinics with ZenSupplies
2.4.4. Use of AI in the Evaluation and Continuous Improvement of Dental Practice

2.5. Teleodontology and Virtual Consultations

2.5.1. Tele-dentistry Platforms for Remote Consultations
2.5.2. Use of Videoconferencing Technologies for Remote Diagnosis
2.5.3. AI Systems for Online Preliminary Assessment of Dental Conditions
2.5.4. Tools for Secure Communication between Patients and Dentists

2.6. Automation of Administrative Tasks in Dental Clinics

2.6.1. Implementation of AI Systems for Billing and Accounting Automation
2.6.2. Use of AI Software in Patient Record Management
2.6.3. AI Tools for Optimization of Administrative Workflows
2.6.4. Automatic Scheduling and Reminder Systems for Dental Appointments

2.7. Sentiment Analysis of Patient Opinions

2.7.1. Using AI to Assess Patient Satisfaction through Online Feedback with Qualtrics
2.7.2. Natural Language Processing Tools for Analyzing Patient Feedback
2.7.3. AI Systems to Identify Areas for Improvement in Dental Services
2.7.4. Analysis of Patient Trends and Perceptions using AI

2.8. AI in Marketing and Patient Relationship Management

2.8.1. Implementation of AI Systems to Personalize Dental Marketing Strategies
2.8.2. AI Tools for Customer Behavior Analysis with Qualtrics
2.8.3. Use of AI in the Management of Marketing Campaigns and Promotions
2.8.4. AI-based Patient Recommendation and Loyalty Systems

2.9. Safety and Maintenance of AI Dental Equipment

2.9.1.  AI Systems for Monitoring and Predictive Maintenance of Dental Equipment
2.9.2.  Use of AI in Ensuring Compliance with Safety Regulations
2.9.3. Automated Diagnostic Tools for Equipment Failure Detection
2.9.4.  Implementation of AI-assisted Safety Protocols in Dental Practices

2.10. Integration of AI in Dental Education and Training with Dental Care App

2.10.1. Use of AI in Simulators for Hands-on Training in Dentistry
2.10.2. AI Tools for the Personalization of Learning in Dentistry
2.10.3. Systems for Evaluation and Monitoring of Educational Progress using AI
2.10.4. Integration of AI Technologies in the Development of Curricula and Didactic Materials

Module 3. Ethics, Regulation and the Future of AI in Dentistry  

3.1. Ethical Challenges in the Use of AI in Dentistry  

3.1.1. Ethics in AI-assisted Clinical Decision Making
3.1.2. Patient Privacy in Intelligent Dentistry Environments
3.1.3. Professional Accountability and Transparency in AI Systems

3.2. Ethical Considerations in the Collection and Use of Dental Data

3.2.1. Informed Consent and Ethical Data Management in Dentistry
3.2.2. Security and Confidentiality in the Handling of Sensitive Data
3.2.3. Ethics in Research with Large Datasets in Dentistry

3.3. Fairness and Bias in AI Algorithms in Dentistry

3.3.1. Addressing Bias in Algorithms to Ensure Fairness
3.3.2. Ethics in the Implementation of Predictive Algorithms in Oral Health
3.3.3. Ongoing Monitoring to Mitigate Bias and Promote Equity

3.4. Regulations and Standards in Dental AI  

3.4.1. Regulatory Compliance in the Development and Use of AI Technologies
3.4.2. Adaptation to Legal Changes in the Deployment of IA Systems
3.4.3. Collaboration with Regulatory Authorities to Ensure Compliance

3.5. AI and Professional Responsibility in Dentistry  

3.5.1. Development of Ethical Standards for Professionals using AI
3.5.2. Professional Responsibility in the Interpretation of AI Results
3.5.3. Continuing Education in Ethics for Oral Health Professionals

3.6. Social Impact of AI in Dental Care

3.6.1. Social Impact Assessment for Responsible Introduction of AI
3.6.2. Effective Communication about AI Technologies with Patients
3.6.3. Community Participation in the Development of Dental Technologies

3.7. AI and Access to Dental Care  

3.7.1. Improving Access to Dental Services through AI Technologies
3.7.2. Addressing Accessibility Challenges with AI Solutions
3.7.3. Equity in the Distribution of AI-assisted Dental Services

3.8. AI and Sustainability in Dental Practices  

3.8.1. Energy Efficiency and Waste Reduction with AI Implementation
3.8.2. Sustainable Practice Strategies Enhanced by AI Technologies
3.8.3. Environmental Impact Assessment in the Integration of AI Systems

3.9. AI Policy Development for the Dental Sector  

3.9.1. Collaboration with Institutions for the Development of Ethical Policies
3.9.2. Creation of Best Practice Guidelines on the Use of AI
3.9.3. Active Participation in the Formulation of AI-related Government Policies

3.10. Ethical Risk and Benefit Assessment of AI in Dentistry

3.10.1. Ethical Risk Analysis in the Implementation of AI Technologies
3.10.2. Ongoing Assessment of Ethical Impact on Dental Care
3.10.3. Long-term Benefits and Risk Mitigation in the Deployment of AI Systems

Study through innovative multimedia didactic formats that will optimize your updating process"