Thanks to this 100% online Postgraduate certificate, you will handle the most innovative Modeling and Simulation tools to optimize the results of aesthetic treatments considerably” 

According to a new report by the World Health Organization, Aesthetic Medicine procedures have experienced significant growth in recent years. In this regard, the institution highlights that more than 75% of the procedures they performed focused on non-invasive improvements such as dermal fillers or botulinum toxin treatments. However, this increase poses challenges in terms of safety and predictability of results. Faced with this, practitioners have the responsibility to acquire advanced technical skills to handle state-of-the-art technological tools such as 3D modeling and dynamic simulations in order to reduce risks while optimizing clinical outcomes.  

Within this framework, TECH presents a pioneering Postgraduate certificate in Modeling and Simulation in Aesthetic Medicine. Conceived by references in this sector, the academic itinerary will delve into subjects ranging from the basics of Artificial Intelligence or the use of specialized software in the anticipation of facial changes in rejuvenation therapies to 3D body reconstruction methods to simulate aesthetic retouching. Along the same lines, the teaching materials will provide doctors with the keys to get the most out of computer programs such as VASER Shape, which will enable them to appreciate the results of abdominal, hip or thigh liposuction operations. In this way, graduates will develop advanced clinical skills to apply Modeling and Simulation techniques with efficiency and precision, improving both the quality of the patient's body and the results of the procedure. 

On the other hand, the university program acquires greater dynamism thanks to the multimedia pills and the wide variety of didactic resources offered by TECH (such as specialized readings, interactive summaries or case studies). In addition, TECH's Relearning methodology will allow practitioners to obtain a much more effective update in a shorter period of time. In this way, your knowledge updating process will be completely natural. 

Generate rigorous three-dimensional simulations that anticipate the effects of aesthetic interventions on different facial and body tissues” 

This Postgraduate certificate in Modeling and Simulation in Aesthetic Medicine contains the most complete and up-to-date scientific program on the market. Its most notable features are:

• The development of case studies presented by experts in Artificial Intelligence applied to Aesthetic Medicine 
• The graphic, schematic and eminently practical content of the book provides scientific and practical information on those disciplines that are essential for professional practice 
• Practical exercises where the process of 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 

Integrate into your clinical practice the most advanced techniques to adapt your aesthetic interventions to the individual needs of each person” 

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 course. For this purpose, students will be assisted by an innovative interactive video system created by renowned experts.

You will delve into the use of DermaCompare to analyze the evolution of scars based on Artificial Intelligence algorithms"

With the innovative Relarning system developed by TECH, you will update your knowledge with efficiency and immediacy"

This university program in Modeling and Simulation in Aesthetic Medicine offers a detailed approach to the use of technologies in the healthcare field. Therefore, the curriculum will delve into the use of state-of-the-art software to simulate facial changes, predict results in mammoplasty and even to project real time effects of Botox injection. Also, the syllabus will delve into the analysis of facial symmetry, the projection of rejuvenation therapies and volumetric evaluation in body remodeling. This will ensure that graduates master Artificial Intelligence techniques to increase the accuracy of their aesthetic procedures.

You will use a wide range of modeling tools to show accurate visualizations of expected results, which will increase users' understanding and confidence” 

Module 1. Modeling and Simulation in Aesthetic Medicine

1.1. Procedure Simulation with Artificial Intelligence

1.1.1. 3D Simulation of Facial Changes in Rejuvenation Procedures (Crisalix)
1.1.2. Modeling Dermal Fillers Results and Lip Adjustments (Modiface)
1.1.3. Visualization of Body Aesthetic Surgery Results (MirrorMe3D)
1.1.4. Real-Time Projection of Botox and Fillers Results (TouchMD)

1.2. Creating 3D Patient Models

1.2.1. Generating 3D Facial Models from Photographs (FaceGen)
1.2.2. 3D Body Scanning and Reconstruction for Aesthetic Simulation (Artec Eva)
1.2.3. Integration of Anatomical Data into 3D Models (Materialise Mimics)
1.2.4. Realistic Skin Modeling and Texturing in Facial Reconstructions (ZBrush)

1.3. Simulation of Plastic Surgery Outcomes

1.3.1. Simulation of Rhinoplasties with Modeling of Bone Structures (Rhinomodel)
1.3.2. Projection of Results in Mammoplasty and Other Body Procedures (VECTRA 3D)
1.3.3. Prediction of Changes in Post-Surgery Facial Symmetry (Geomagic Freeform)
1.3.4. Visualization of Lifting and Facelift Results (Canfield Scientific)

1.4. Scar Reduction and Skin Regeneration Simulation

1.4.1. Simulation of Dermal Regeneration in Laser Treatments (Canfield VECTRA)
1.4.2. Prediction of Scar Evolution with AI Algorithms (DermaCompare)
1.4.3. Modeling the Effects of Chemical Peels in Skin Regeneration (SkinIO)
1.4.4. Projection of Results in Advanced Healing Treatments (Medgadget SkinAI)

1.5. Projection of Results in Rejuvenation Therapies

1.5.1. Modeling the Effects of Expression Line Reduction (DeepFaceLab)
1.5.2. Simulation of Radiofrequency Therapies and Their Impact on Firmness (Visage Technologies)
1.5.3. Prediction of Results in Laser Resurfacing Procedures (Syneron Candela eTwo)
1.5.4. Visualization of the Effect of Intense Pulsed Light (IPL) Treatments (3D LifeViz)

1.6. Facial Symmetry Analysis

1.6.1. Evaluation of Facial Proportions by Means of Reference Points (Face++)
1.6.2. Real-Time Symmetry Measurement for Aesthetic Procedures (Dlib)
1.6.3. Analysis of Facial Proportions in Harmonization Procedures (MorphoStudio)
1.6.4. Comparison of Symmetry before and after Aesthetic Treatments (MediCapture)

1.7. Volume Evaluation in Body Contouring

1.7.1. Volumetric Measurement in Liposuction and Contouring Simulation (3D Sculptor)
1.7.2. Analysis of Volume Changes in Buttock Augmentation Procedures (Sculpt My Body)
1.7.3. Post-Lifting Body Contouring Evaluation (Virtual Surgical Planning)
1.7.4. Prediction of Volume Changes in Non-Invasive Body Contouring (CoolSculpting Virtual Consult)

1.8. Simulation of Hair Treatments

1.8.1. Visualization of Results in Hair Transplantation (HairMetrix)
1.8.2. Projection of Hair Growth in PRP Treatments (TruScalp AI)
1.8.3. Simulation of Hair Loss and Density in Alopecia (Keeps AI)
1.8.4. Evaluation of the Effects of Mesotherapy Treatments on Hair (HairDX)

1.9. Simulation for Body Weight Reduction

1.9.1. Projection of Results of Reductive and Shaping Treatments (Weight Loss Predictor)
1.9.2. Analysis of Body Changes in Cryolipolysis Procedures (SculpSure Consult)
1.9.3. Simulation of Volume Reduction in Ultrasonic Cavitation (UltraShape AI)
1.9.4. Visualization of Body Radiofrequency Treatment Results (InMode BodyTite)

1.10. Modeling of Liposuction Procedures

1.10.1. 3D Simulation of Abdominal Liposuction Procedure Results (VASER Shape)
1.10.2. Evaluation of Changes in Hips and Thighs after Liposuction (Body FX)
1.10.3. Modeling of Fat Reduction in Small and Targeted Areas (LipoAI)
1.10.4. Visualization of Laser-Assisted Liposuction Results (SmartLipo Triplex)

You will design pre-operative planning strategies based on simulation, which will enhance informed clinical decision making”