Artificial intelligence and robot-assisted technology in orthopaedic surgery - with cadaver training
personal
Course description
The programme "Artificial intelligence and robot assisted technology in orthopaedic surgery - with cadaver training" aims to provide participants with an in-depth knowledge of the use of artificial intelligence and robot-assisted technologies in orthopaedic surgery.
The practical part of the training on cadaver models
to simulate the application of technologies, providing the opportunity to learn precise surgical procedures.
A
at the end of the programme, the exam will take place during the teaching day.
Training price
100 000 Ft
Located at
Budapest
Time
19.09.2025 and 20.09.2025.
(2-day training)
Application deadline
2025.09.14.
In case of query
akademia@bmm.hu
Themes
Day 1
Presenter: Dr. Balázs Bence Moravcsik, Dr. Zoltán Bejek, Ábel Fadgyas
Date: 08:40
Duration: 20 min
Presenter: Dr. Andor Viktor Gál PhD
Date: 09:00
The presentation will discuss the role of artificial intelligence (AI) in the imaging diagnosis of musculoskeletal diseases. The technology offers the potential for faster and more accurate diagnosis and more detailed analysis of images. The use of AI can help optimise treatment decisions, but the presentation will also highlight the challenges associated with its implementation, such as ethical issues and the importance of medical expertise.
Presenter: Dr. Zoltán Bejek PhD
Date: 09:45
Duration: 45 min
The presentation will explore the integration of artificial intelligence, computer navigation and robotics in the field of musculoskeletal surgery. Recent technological advances enable more precise and personalised surgery, reducing the risk of complications and speeding up rehabilitation. The presentation will also show how different devices work together and the potential for future developments.
Presenter: Dr. Zoltán Bejek PhD
Date: 10:30
Duration: 45 min
The presentation will compare different types of robots and their applications, with a special focus on their use in surgical procedures. By examining the advantages and disadvantages of robotic systems, it will help to determine when and why the use of robots is justified for surgical precision and faster recovery. The presentation will also discuss the impact of technological advances and future opportunities.
Presenter: Dr. Zoltán Bejek PhD
Date: 11:15
Duration: 45 min
The presentation will discuss the features and benefits of the CORI robot in orthopaedic surgery. It will highlight the system's accuracy and flexibility, which allows for personalized surgical procedures while reducing the risk of complications and speeding up the healing process. The presentation will show how the CORI robot can revolutionise the efficiency and quality of orthopaedic procedures.
Date: 12:00
Duration: 60 minutes
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár, Surgeon
Date: 13:00
Duration: 45 min
The presentation will explore the importance of using the CORI robot and the teamwork of the surgical staff during orthopaedic surgery. It will highlight how the robot and the medical team work together to perform the surgery with precision and how the robot helps the team to increase the efficiency of the surgical process. The presentation emphasises the role of teamwork in successful interventions and the importance of integrating technology.
Presenter: Dr. Szabolcs Gáspár
Date: 13:45
Duration: 45 min
The presentation will show the step-by-step implementation of the CORI robot-assisted knee surgery, describing in detail all the phases of the surgery. It will highlight how the robot helps to ensure the precision of the surgery, how pre-planning is done and how it ensures accurate cuts and placement. The presentation aims to demonstrate the benefits and effectiveness of the CORI robot in knee surgery.
Presenter: Dr. Zoltán Bejek PhD
Date: 14:30
Duration: 45 min
The presentation will describe the step-by-step implementation of the CORI robot-assisted hip replacement, detailing all the stages of the operation. It will highlight the role of the robot in increasing the precision of the surgery, in accurately planning the hip joint and in refining the cuts. The presentation aims to highlight how the CORI robot improves the efficiency of hip surgery and patient outcomes.
Presenter: Dr. Zoltán Bejek PhD
Date: 15:15
Duration: 45 min
The presentation will discuss the use of robot-assisted techniques in sled prosthesis and knee revision surgery. It will highlight how the robot aids surgical planning, precise implant placement and accurate fitting, which contributes to improved long-term stability and functional outcomes. The presentation will demonstrate the benefits of robot-assisted procedures and the advantages they offer patients for faster rehabilitation and better outcomes.
Day 2
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár
Date: 09:00
Duration: 45 min
The exercise will introduce the use of the CORI robot and the design of a knee joint endoprosthesis, providing participants with the opportunity to gain a deeper understanding of robot-assisted design processes. During the exercise, participants will learn how the CORI robot can help to achieve precision preoperative planning, accurate prosthesis fit and best results. The aim is for participants to gain hands-on experience in planning and performing robot-assisted surgery.
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár
Date: 09:45
Duration: 45 min
The exercise will demonstrate the use of the CORI robot and hip joint endoprosthesis design, giving participants the opportunity to learn about robot-assisted design processes. During the exercise, participants will learn how the CORI robot helps to achieve precision hip joint design, accurate prosthesis fit and improved surgical outcomes. The aim is for participants to gain hands-on experience in planning and performing robot-assisted hip surgery.
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár
Date: 10:30
Duration: 90 min
The exercise will introduce the design processes and their application on artificial bone, providing participants with the opportunity to learn precision design techniques on artificial bone. During the demonstration, participants will be introduced to the latest tools and techniques to aid surgical preparation and precise interventions. The aim is to give participants hands-on experience in planning and performing interventions on artificial bones.
Date: 12:00
Duration: 60 minutes
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár
Date: 13:00
Duration: 135 min
The autopsy, cadaveric exercise focuses on the theoretical and practical understanding of hip and knee joint surgery. Participants will have the opportunity to perform surgical preparation on real anatomical specimens and practice hip and knee joint procedures. The aim of the exercise is for participants to gain a deeper knowledge and skills in the precise execution of joint surgery and the application of surgical techniques.
Presenter: Dr. Zoltán Bejek PhD, Dr. Szabolcs Gáspár
Date: 15:15
Duration: 45 min
The autopsy, cadaveric exercise focuses on the theoretical and practical understanding of hip and knee joint surgery. Participants will have the opportunity to perform surgical preparation on real anatomical specimens and practice hip and knee joint procedures. The aim of the exercise is for participants to gain a deeper knowledge and skills in the precise execution of joint surgery and the application of surgical techniques.
Presenter: Dr. Bence Balázs Moravcsik, Dr. Zoltán Bejek PhD, Ábel Fadgyas
Date: 16:00
Duration: 15 min
Date: 16:15
Duration: 30 minutes
Presenters
Dr. Bence Balázs Moravcsik
Budapest Musculoskeletal Private Clinic, Medical Director
Ábel Fadgyas
Medical Product Specialist, Director of Sales, Field Clinical Specialist
Dr. Zoltán Bejek PhD
Semmelweis University Orthopaedic Clinic, Associate Professor
Dr. Szabolcs Gáspár
Budapest Musculoskeletal Private Clinic, Chief Physician
Dr. Andor Viktor Gál PhD
Founder and Managing Director of OrthoPred Ltd., radiologist