Through this program, you will delve into the particularities and operation of the digital tools used to undertake the placement of brackets or implants" 

Digital Dentistry is a discipline that has experienced a dizzying growth in recent years, favored by the constant evolution of the technology used. In this way, the implementation of digital tools in clinical practice has made it possible to perform surgical interventions, prosthesis carving, and the placement of brackets and implants with the utmost rigor, with the process being guided by a computer. This results in higher esthetic quality and excellent durability, which means that these techniques are becoming more and more popular with patients. As a result, dentists must be aware of these advances in order to be at the forefront of their profession. 

That is why TECH has designed this professional master’s degree, through which the student will delve into the most relevant and cutting-edge aspects of Digital Dentistry. During 12 months of intensive learning, you will delve into the operation of software to undertake crown, bridge or denture designs and delve into the use of technological tools for planning Endodontics and Periodontics. In addition, you will identify CAM system options that allow the fabrication of dental restorations.  

All this, following a revolutionary 100% online methodology, which will enable the students to combine their enriching update with their professional and personal tasks. In the same way, you will have at your disposal teaching resources in cutting-edge formats such as the explanatory video, the interactive summary or the self-evaluation exercises. As a result, you will be able to adapt your study to your own educational needs, fully optimizing your learning process.

Identify software that streamlines the process of preparing, designing, and performing dental surgeries" 

This professional master’s degree in Digital Dentistry contains the most complete and up-to-date scientific program on the market. The most important features include: 

• Practical cases presented by experts in Dentistry 
• The graphic, schematic, and practical contents with which they are created, provide scientific and practical information on the 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 

The 100% online methodology of this professional master’s degree will allow you to study without having to give up your personal and professional needs" 

The program’s teaching staff includes professionals from the field who contribute their work experience to this educational 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 educational year. For this purpose, the students will be assisted by an innovative interactive video system created by renowned and experienced experts.

Get up-to-date in Digital Dentistry with the best specialists in this discipline"

Learn in a dynamic and effective way, using teaching formats such as video or interactive summaries that will optimize your teaching process"

The Digital Dentistry in Digital Dentistry has been designed with the premise of providing the professional with the most up-to-date knowledge in this discipline in only 6 weeks. Throughout your educational experience, you will be able to identify the keys to using digital tools in the planning of invisible orthodontics or guided surgery. In addition, your learning will be guaranteed by following the general and specific objectives that TECH has outlined for this program.  

Understand perfectly the operation of the digital tools used for cephalometric analysis" 

General Objectives

• Increase the professional's knowledge of the application of digital technologies in the diagnosis, treatment and planning of clinical cases
• Know the techniques of digital orthodontics and computer-guided implant planning 
• Develop skills in interdisciplinary communication and collaboration in teamwork, using digital technology as a tool
• Examine the application of acquired knowledge in clinical practice, in this way improving the quality of patient care 

Specific Objectives

Module 1. Equipment digitization 

• Understand the basic concepts of digitization and its importance in clinical practice
• Know the different types of equipment that can be digitized and the technologies used for this purpose
• Examine the use of specialized digitizing equipment and software, such as 3D scanners, digital cameras, CAD/CAM software, among others
• Develop skills in editing and manipulating digital data obtained from digitized equipment
• Understand the ethical and legal implications of digitization of equipment, including data privacy and intellectual property
• Integrate digitized equipment into clinical practice
• Interpret and use digital data obtained from digitized equipment for clinical decision making

Module 2. Cephalometric analysis and photography 

• Comprehend the basic concepts of cephalometric analysis and its importance in the diagnosis and planning of orthodontic and/or maxillofacial treatments
• Become familiar with the different types of cephalometric analysis and the interpretation of the data obtained
• Know the different types of cameras and lighting equipment used in clinical photography
• Effectively communicate the results of cephalometric analysis and photography to the patient and the interdisciplinary team

Module 3. Closed source design software 

• Understand the basic concepts of closed source design software and its importance in the creation of software solutions
• Use closed source design software for the creation of graphical, user interface and user experience designs
• Develop skills in editing and manipulating graphic elements, such as images, shapes and typefaces
• Understand the basic concepts of programming and how they relate to the use of closed source design software

Module 4. Open source design software 

• Know the main features of open source design software, including its interface, functions and tools
• Develop skills in editing and manipulating graphic elements, such as images, shapes and typefaces
• Understand the basics of programming and how they relate to the use of open source design software
• Understand the philosophy of open source software and how it differs from other types of software
• Understand the ethical and legal implications of using open source design software, including software licensing and copyrights

Module 5. Digital Flow and Invisible Orthodontics Planning and software 

• Understand the basics of invisible orthodontics and digital treatment planning
• Know the different types of digital scanning and planning technologies used in invisible orthodontics, such as intraoral scanners and planning software
• Understand the importance of pre-planning in the success of invisible orthodontic treatment
• Develop skills in the interpretation of data obtained through digital technology and its use in treatment planning
• Learn how to use the results of digital analysis to create customized aligners and other invisible orthodontic appliances

Module 6. Digital Flow and Aesthetic Planning DSD 

• Understand the basics of dental aesthetic planning and the importance of digital smile design
• Learn to use digital tools for aesthetic planning, such as digital photography, intraoral scanning and design softwares
• Know the techniques and protocols for performing facial and dental diagnosis, including smile analysis, midline, golden ratio and smile type
• Develop skills in communicating with the patient to present and discuss the aesthetic treatment plan
• Integrate aesthetic planning with other aspects of dental treatment, such as orthodontics, implantology and oral rehabilitation

Module 7. Digital Flow and Guided Surgery Planning and software 

• Understand the basic concepts of guided surgery and digital planning in Dentistry
• Use digital tools for guided surgery planning, such as computed tomography (CT), magnetic resonance imaging (MRI), and design software
• Know the techniques and protocols for performing virtual surgical planning, including three-dimensional (3D) reconstruction of the dental and maxillofacial anatomy
• Understand the importance of pre-planning in the success of guided surgery and patient satisfaction

Module 8. Digital Flow Endodontic and periodontal guides 

• Understand the basic concepts of digital flow in dentistry and its application in Endodontics and Periodontics
• Learn how to use digital tools for endodontic and periodontic planning, such as computed tomography (CT) and design software
• Know the techniques and protocols for endodontic and periodontic planning, including three-dimensional (3D) reconstruction of the dental and periodontal anatomy
• Design surgical and endodontic guides through the use of digital tools

Module 9. Digital Flow Minimally invasive preparations, cam systems,  laboratory and chairside 

• Understand the basic principles of minimally invasive tooth preparation and its relationship to the preservation of natural tooth structure
• Identify the different CAM system options for the fabrication of dental restorations, both in the dental laboratory and in the dental office
• Develop skills in the use of chairside CAM systems, which allow the fabrication of dental restorations on the same day of the patient's appointment

Module 10. Virtual articulator and occlusion 

• Understand the basic principles of dental occlusion and the importance of centric relation in the diagnosis and treatment of occlusion
• Employ digital tools for the capture of data related to dental occlusion, including the capture of images and the use of specific software
• Detect the different types of virtual articulators and their use in the planning and design of dental occlusion treatments
• Use virtual articulators for the planning and design of dental occlusion treatments

Delve into the cutting-edge applications of open and closed source design software in the world of dentistry"