Scientific Programme

This basic course will introduce you to laparoscopic and arthroscopic surgery training on mixed-reality simulators. While for both techniques eye-hand coordination and triangulation are the main manual skills, patient positioning and trocar positions can be trained as well.

Your skills will be tested at the beginning of the course, and you will see at the end how much you progressed over the course.

Teams of 2 work on both, the laparoscopic and the arthroscopy simulator and thanks to the patient model and the real instrument team training will enhance the learning. Medical instructors for the specialty guide you through the programs.

Endovascular treatment of peripheral arterial disease is nowadays considered as the gold-standard in many situations. Outcomes continuously improve due to advances in technologies and experience and this approach has to be proposed by any vascular surgeon. It is important that young trainees in vascular surgery have access to simulators  to develop competencies and skills in basic and intermediate endovascular treatment under the supervision of experts in the field.

Clinical research is part of the work of a surgical trainee and conducting a proper literature search is useful for everyone practicing evidence-based surgery. The key elements of clinical research and conduct of a systematic literature search are included in this SCS course.

Realistic Surgical Training on Perfused Organs and Learning Hemostasis and Sealing Management Options Depending on the Patient Profile

In this workshop, you will practice dissection, suturing, and anastomosis techniques on perfused animal organs, and learn to understand when and how to correctly use specific hemostatic agents or sealants to improve patient outcomes. For every patient, there is an appropriate product for each challenging situation: the validated bleeding scale ViBE, as well as a deeper understanding of the mechanism of action and components of available intraoperative biomaterials, can support your daily surgical routine through standardized communication.

This course covers the principles of electrocautery for hemostasis on liver tissue and for using the cautery device to perform a cholecystectomy.

The handling and dangers of electrocautery as well as tips and tricks for cholecystectomy are highlighted.

After a theoretical part on cautery, all participants will perform a cholecystectomy under supervision of experienced instructors on a pig liver. In small groups of two participants, this course aims for optimal exposition to train cholecystectomy.

Ultrasound is important in evaluation of severly injured patients. In this workshop participants will learn how to perform the eFAST (Focussed Assessment with Sonography in Trauma) under supervision of experienced tutors. Also participants without ultrasound knowledge are welcome.

This masterclass aims to teach basic principles of management of 2 proctological disease during the course:

1. Anal fissure

2. Anal fistula 

Each section will be divided into:

• Anatomy
• Etiology
• Classification 
• Management 
• Surgical management 
• How I do it video ?
• Cases discussion

Saw Bone Workshop & Virtual Reality with the TFNA Proximal Femur Nailing System.

Participants will implant a TFNA with the original instruments on a saw bone model. The same surgery will then be performed in a virtual reality environment.

This course covers the principles of anastomotic techniques and is an extension of the Davos GI course. Participants will train different anastomotic techniques, such as linear and circular stapler anastomoses, including small bowel anastomosis and colorectal anastomosis.

After a theoretical part with video presentations, the practical part includes exercises of anastomosis on porcine and synthetic intestines under supervision of experienced instructors, allowing a realistic experience for anastomotic techniques. In small groups of two participants, this course aims for optimal exposition.

Ultrasound is important in evaluation of severly injured patients. In this workshop participants will learn how to perform the eFAST (Focussed Assessment with Sonography in Trauma) under supervision of experienced tutors. Also participants without ultrasound knowledge are welcome.

The use and benefits of IVUS have been widely reported and emonstrated in venous diesases. However, its use in arterial disease is rarer. However, it offers many advantages not only in aortic treatment but especially in the treatment of PAD. By better characterizing the nature of the plaque, sizing the true diameter of the vessel and assessing the immediate result, it can highly improve the outcomes of endovascular PAD interventions.

Immerse yourself with us in the fascinating world of nerves. How do you examine a patient with nerve lesion of the upper or lower extremity? Learn how to identify the location and type of lesion through clinical examination in order to optimally treat your patients with such pathologies. This course will add another level to your bone and soft tissue trauma knowledge. You will practice your new skills with simulated patients.

This course covers the principles of anastomotic techniques and is an extension of the Davos GI course. Participants will train different anastomotic techniques, such as linear and circular stapler anastomoses, including small bowel anastomosis and colorectal anastomosis.

After a theoretical part with video presentations, the practical part includes exercises of anastomosis on porcine and synthetic intestines under supervision of experienced instructors, allowing a realistic experience for anastomotic techniques. In small groups of two participants, this course aims for optimal exposition.

This basic course will introduce you to laparoscopic and arthroscopic surgery training on mixed-reality simulators. While for both techniques eye-hand coordination and triangulation are the main manual skills, patient positioning and trocar positions can be trained as well.

Your skills will be tested at the beginning of the course, and you will see at the end how much you progressed over the course.

Teams of 2 work on both, the laparoscopic and the arthroscopy simulator and thanks to the patient model and the real instrument team training will enhance the learning. Medical instructors for the specialty guide you through the programs.

The course 'Basic osteosynthesis of the hand' teaches about specific fracture patterns seen in hand surgery and about the principles of osteosynthesis in these small bones. We also discuss the clinical decision-making as to when to use what type of osteosynthesis. Moreover, the majority of the course will be dedicated to practicing doing your own osteosynthesis of sawbone hands, using different types of screws and plates.

We provide a basic course of robotic surgery for surgeons who are new to robotic surgery. We will teach you basic skills on robotic simulators adapting to the level of the trainee. The participants will exercises to gain familarity with the movments of instruments, camera control, needle handling, knot tying and anastomosis.

Realistic Surgical Training on Perfused Organs and Learning Hemostasis and Sealing Management Options Depending on the Patient Profile

In this workshop, you will practice dissection, suturing, and anastomosis techniques on perfused animal organs, and learn to understand when and how to correctly use specific hemostatic agents or sealants to improve patient outcomes. For every patient, there is an appropriate product for each challenging situation: the validated bleeding scale ViBE, as well as a deeper understanding of the mechanism of action and components of available intraoperative biomaterials, can support your daily surgical routine through standardized communication.

Discussion of daily business hernia surgery including techniques, tips and tricks, complications, and emergency surgery. Experts will discuss cases with you and you are invited to ask questions.

This course aims to offer participants the opportunity to practice laparoscopic knotting and suturing in a small (paediatric) working volume. Participants will have the opportunity to work on specific models using specially designed 3mm instruments.

Thoracic surgery as significantly changed over the past 10 years with a majority of cases being performed with a minimal invasive approach. This represents a major challenge for trainees that must learn these approaches in a safe environment. Here we have gathered the most up-to-date simulators to perform the various steps of lobectomy and segmentectomy and propose a full afternoon of training for these procedures

Among the various endovascular options for the treatment of complex aortic disease at the thoracic and abdominal levels, physician-modified endogratfs have emerged as a suitable alternative to custome-made and off-the-shelf FEVAR and BEVAR. This technology confers many advantages, especially in emergency. However, it requires specific skills in terms of planning and sizing and also to create the PMEG.

The course 'Basic osteosynthesis of the hand' teaches about specific fracture patterns seen in hand surgery and about the principles of osteosynthesis in these small bones. We also discuss the clinical decision-making as to when to use what type of osteosynthesis. Moreover, the majority of the course will be dedicated to practicing doing your own osteosynthesis of sawbone hands, using different types of screws and plates.

In this practical course on wound management, students will be introduced to the essential fundamentals of asepsis, with an emphasis on infection prevention. They will learn to master basic suturing techniques, including the simple stitch, to effectively close wounds and promote optimal healing. Additionally, students will be trained in the safe and effective administration of local anesthesia to the skin, ensuring adequate pain relief for patients while minimizing complications. This course will provide students with the practical skills necessary to effectively manage wounds in various medical settings, while ensuring patient safety and well-bein

This course covers the principles of electrocautery for hemostasis on liver tissue and for using the cautery device to perform a cholecystectomy.

The handling and dangers of electrocautery as well as tips and tricks for cholecystectomy are highlighted.

After a theoretical part on cautery, all participants will perform a cholecystectomy under supervision of experienced instructors on a pig liver. In small groups of two participants, this course aims for optimal exposition to train cholecystectomy.