Who This Course Is For
Especially for beginners who are afraid to work in the brow and temple areas due to the risk of:
You will actually see on cadavers where these structures are located. This builds confidence, even with minimal intervention, because you understand what lies beneath the skin.
- damaging the supraorbital artery and causing a hematoma
- injuring the frontal branch of the facial nerve — resulting in eyebrow immobility
- improper placement of threads or fillers — leading to forehead ptosis or an unnatural, heavy appearance
You will actually see on cadavers where these structures are located. This builds confidence, even with minimal intervention, because you understand what lies beneath the skin.
For plastic surgeons
In procedures such as osteotomies, implantation, or frontoplasty — especially when approaching through temporal or coronal incisions — even a small anatomical error can lead to:
The opportunity to see everything on high-quality cadaveric material with realistic tissue thickness, fascia color, and precise nerve and vessel positioning — and to adjust your surgical approach routes accordingly.
- skin necrosis due to vascular injury
- brow or eyelid ptosis caused by damage to the frontal branch of the facial nerve
- excessive blood loss from the supraorbital or superficial temporal artery
The opportunity to see everything on high-quality cadaveric material with realistic tissue thickness, fascia color, and precise nerve and vessel positioning — and to adjust your surgical approach routes accordingly.
For maxillofacial surgeons
Facial anatomy differs from one patient to another, and without a clear understanding of how facial muscles and ligaments interact, you risk:
Understand the depth, location, and function of key facial muscles — frontalis, orbicularis oculi, corrugator — and learn how they interact to maintain natural facial harmony.
- overcorrecting the forehead, leading to sagging
- misplacing threads, resulting in unnatural folds or creases
- injecting filler into the wrong plane, disrupting facial expressions
Understand the depth, location, and function of key facial muscles — frontalis, orbicularis oculi, corrugator — and learn how they interact to maintain natural facial harmony.
For cosmetologists
For those who are just beginning to explore injectable and facial surgical procedures
Medical schools often focus on theoretical anatomy — muscles, nerves, vessels — but rarely show how these structures appear in real tissue, at varying depths, or in clinical context
Anatomy diagrams in textbooks are one thing — actual anatomy in a living person is completely different
Medical schools often focus on theoretical anatomy — muscles, nerves, vessels — but rarely show how these structures appear in real tissue, at varying depths, or in clinical context
Anatomy diagrams in textbooks are one thing — actual anatomy in a living person is completely different
For residents and interns
Program Goals and Key Takeaways
- How to operate confidently by relying on tactile feedback during procedures
- How to understand anatomy not from textbooks, but in real surgical dynamics
- How to plan and visualize your surgical approach in advance
- How to avoid common mistakes seen even among skilled surgeons
- Which muscles require partial release and which ones should be fully resected
- Why it’s critical to understand every millimeter — from nerves to fascia
- Key principles of tissue fixation for stable, long-lasting results
Уou will find out:
You will learn:
Core Techniques and Methods
We will study the anatomical layers of the face in detail.
We’ll focus on the localization and pathway of the facial nerve, with particular attention to its frontal branch.
We’ll also explore the topography of facial muscles, ligaments, and fascial layers involved in facial expression
We’ll focus on the localization and pathway of the facial nerve, with particular attention to its frontal branch.
We’ll also explore the topography of facial muscles, ligaments, and fascial layers involved in facial expression
You will learn the key indications and contraindications for performing this procedure.
You’ll learn how to select the optimal surgical approach — bicoronal or minimally invasive — based on individual patient anatomy.
Risk assessment includes hair loss, numbness, and trophic tissue changes.
You’ll practice working beneath the galeal-fascial layer and learn modern fixation techniques.
You’ll also understand why endoscopic lifting may be less effective in patients with hyperostosis.
You’ll learn how to select the optimal surgical approach — bicoronal or minimally invasive — based on individual patient anatomy.
Risk assessment includes hair loss, numbness, and trophic tissue changes.
You’ll practice working beneath the galeal-fascial layer and learn modern fixation techniques.
You’ll also understand why endoscopic lifting may be less effective in patients with hyperostosis.
You’ll learn how periosteal incisions influence surgical outcomes and patient recovery.
We’ll discuss selective myotomy and muscle modification techniques used to correct glabellar wrinkles.
We’ll cover the technique of restoring natural facial dynamics through partial release of the orbicularis oculi muscle, and discuss how to achieve balanced, natural results after surgery.
We’ll discuss selective myotomy and muscle modification techniques used to correct glabellar wrinkles.
We’ll cover the technique of restoring natural facial dynamics through partial release of the orbicularis oculi muscle, and discuss how to achieve balanced, natural results after surgery.
You will study the principles of lower eyelid correction without external incisions and the KANT epicanthoplasty technique.
You’ll work with the orbital and pre-tarsal segments of the orbicularis oculi muscle.
You’ll also learn strategies to minimize the risk of nerve and vessel injury during dissection.
You’ll work with the orbital and pre-tarsal segments of the orbicularis oculi muscle.
You’ll also learn strategies to minimize the risk of nerve and vessel injury during dissection.
You’ll learn effective techniques for harvesting and transferring fat while preserving cell viability.
You’ll master the use of cannulas of various diameters and understand how cannula size affects fat survival and aesthetic outcomes.
We’ll also discuss optimal fat placement for achieving a natural volumetric effect and the nuances of working with the buttocks, face, and neck.
You’ll master the use of cannulas of various diameters and understand how cannula size affects fat survival and aesthetic outcomes.
We’ll also discuss optimal fat placement for achieving a natural volumetric effect and the nuances of working with the buttocks, face, and neck.
You’ll learn how to avoid injury to the frontal branch of the facial nerve during forehead procedures.
We’ll discuss minimal-dissection techniques and strategies for preserving blood supply.
You’ll understand how muscle fiber orientation affects precision and surgical outcomes.
We’ll also compare direct and endoscopic approaches for optimal aesthetic and functional results.
We’ll discuss minimal-dissection techniques and strategies for preserving blood supply.
You’ll understand how muscle fiber orientation affects precision and surgical outcomes.
We’ll also compare direct and endoscopic approaches for optimal aesthetic and functional results.
The module provides an overview of key surgical instruments — scalpels, coagulators, scissors, and endotines — with a focus on their clinical application.
You’ll learn how to select the most suitable instruments for each surgical task and anatomical area.
The course also includes practical guidance on endoscope handling and advice on avoiding common mistakes when selecting and setting up equipment.
You’ll learn how to select the most suitable instruments for each surgical task and anatomical area.
The course also includes practical guidance on endoscope handling and advice on avoiding common mistakes when selecting and setting up equipment.
We’ll discuss strategies to prevent skin necrosis and other vascular or tissue-compromise complications.
You’ll learn when the bicoronal approach may be contraindicated or associated with higher complication risks, how to minimize postoperative hair loss — a common issue affecting up to 90% of patients — and how to safely operate on patients with a history of energy- or device-based aesthetic treatments.
You’ll learn when the bicoronal approach may be contraindicated or associated with higher complication risks, how to minimize postoperative hair loss — a common issue affecting up to 90% of patients — and how to safely operate on patients with a history of energy- or device-based aesthetic treatments.
You’ll explore why even experienced surgeons sometimes struggle with applied anatomical understanding.
We’ll discuss how to teach and demonstrate surgical techniques effectively — ensuring clear communication during training.
We’ll emphasize the role of closed-eye tactile training in developing fine motor skills and perception — helping young surgeons refine their ability to identify anatomical structures by touch.
We’ll discuss how to teach and demonstrate surgical techniques effectively — ensuring clear communication during training.
We’ll emphasize the role of closed-eye tactile training in developing fine motor skills and perception — helping young surgeons refine their ability to identify anatomical structures by touch.
The Results You’ll Achieve
- ConfidenceYou’ll navigate facial and cranial anatomy with assurance — avoiding the common mistakes that lead to complications.
- KnowledgeGain the knowledge to perform complex facial surgeries with minimal risk, and develop a precise understanding of each anatomical layer — muscles, ligaments, and nerves.
- TechniqueMaster surgical techniques that ensure natural, stable, and long-lasting outcomes.
