Robotic Systems for Minimally Invasive Surgery
( 25 Modules )

Module #1
Introduction to Minimally Invasive Surgery
Overview of minimally invasive surgery, its benefits, and limitations

Module #2
History of Robotic Surgery
Evolution of robotic systems for minimally invasive surgery

Module #3
Principles of Robotic Systems
Basic components and architecture of robotic systems for MIS

Module #4
Types of Robotic Systems
Classification of robotic systems for MIS (e.g. master-slave, telemanipulation)

Module #5
Sensing and Perception in Robotics
Sensors and perception algorithms for robotic systems in MIS

Module #6
Motion and Control in Robotics
Motion planning, control, and actuation in robotic systems for MIS

Module #7
Haptic Feedback in Robotic Surgery
Importance and implementation of haptic feedback in robotic systems for MIS

Module #8
Robotic Platforms for MIS
Overview of commercial robotic platforms for MIS (e.g. da Vinci, Laparorobot)

Module #9
Surgical Instruments and Tools
Design and development of surgical instruments and tools for robotic systems

Module #10
Image-guided Surgery
Role of imaging in robotic surgery (e.g. intraoperative imaging, Image-guided navigation)

Module #11
Computer Vision in Robotic Surgery
Applications of computer vision in robotic surgery (e.g. image analysis, tracking)

Module #12
Machine Learning in Robotic Surgery
Applications of machine learning in robotic surgery (e.g. predictive models, decision support)

Module #13
Robot-assisted Surgical Procedures
Overview of surgical procedures enabled by robotic systems (e.g. urology, gynecology, cardiothoracic)

Module #14
Clinical Applications of Robotic Surgery
Case studies and outcomes of robotic surgery in various clinical applications

Module #15
Challenges and Limitations of Robotic Surgery
Technical, clinical, and regulatory challenges facing robotic surgery

Module #16
Human-Machine Interface in Robotic Surgery
Design principles and challenges of human-machine interfaces for robotic surgery

Module #17
Ergonomics and Workspace Design
Ergonomic design principles for robotic surgical workspaces

Module #18
Training and Simulation in Robotic Surgery
Role of simulation and training in robotic surgery (e.g. virtual reality, haptics)

Module #19
Regulatory and Safety Considerations
Regulatory frameworks and safety considerations for robotic systems in MIS

Module #20
Cost-Benefit Analysis of Robotic Surgery
Economic and clinical benefits of robotic surgery (e.g. cost-effectiveness, outcomes)

Module #21
Future Directions in Robotic Surgery
Emerging trends and future directions in robotic surgery (e.g. single-port, miniaturized robotics)

Module #22
Innovative Materials and Technologies
New materials and technologies enabling advances in robotic surgery (e.g. nanotechnology, soft robotics)

Module #23
Robotics for Single-Incision Surgery
Design and application of robotic systems for single-incision surgery

Module #24
Robotics for Natural Orifice Translumenal Endoscopic Surgery
Design and application of robotic systems for NOTES

Module #25
Course Wrap-Up & Conclusion
Planning next steps in Robotic Systems for Minimally Invasive Surgery career

WIZAPE

ONLINE RESOURCES

ABOUT WIZAPE

ONLINE PORTAL

Our priority is to cultivate a vibrant community before considering the release of a token. By focusing on engagement and support, we can create a solid foundation for sustainable growth. Let’s build this together!

We're giving our website a fresh new look and feel! 🎉 Stay tuned as we work behind the scenes to enhance your experience.
Get ready for a revamped site that’s sleeker, and packed with new features. Thank you for your patience. Great things are coming!

CONTACT-US PRIVACY POLICY

Robotic Systems for Minimally Invasive Surgery ( 25 Modules )

Robotic Systems for Minimally Invasive Surgery
( 25 Modules )