AI and Robotics in Surgery
Revolutionizing Surgery with AI and Robotic Precision for Enhanced Patient Care
Skills you will gain:
This cutting-edge course is designed to introduce and deepen knowledge of robotics applications in surgery and patient care. Covering the fundamentals of surgical robotics, automation in patient care, and ethical considerations, the course aims to blend theoretical knowledge with hands-on skills in robotics technology, emphasizing its practical application in healthcare.
Aim: The aim of the course is to provide participants with a comprehensive understanding of the principles, applications, and implications of robotics technology in healthcare.
Program Objectives:
- Provide historical context and evolution of robotics in surgery and patient care.
- Familiarize participants with various robotic systems in healthcare and their applications.
- Introduce fundamental principles of robotics and automation relevant to healthcare.
- Explore robotic techniques in surgery, focusing on minimally invasive procedures and patient safety.
- Examine robotics applications beyond surgery, including patient rehabilitation and monitoring.
What you will learn?
MODULE 1 : Introduction to Robotics in Healthcare
- History and evolution of robotics in surgery and patient care.
- Overview of current robotic systems used in healthcare.
- Basic principles of robotics and automation.
MODULE 2 : Robotics in Surgical Procedures
- Detailed study of robotic systems in surgery, including da Vinci Surgical System.
- Techniques and technologies for minimally invasive surgery.
- Patient safety, outcome improvements, and efficiency in robotic surgery.
MODULE 3 : Automation and Robotics in Patient Care
- Role of robotics in patient rehabilitation and care.
- Automation technologies for patient monitoring and support.
- Human-robot interaction in healthcare settings.
MODULE 4 : Ethical, Legal, and Regulatory Considerations
- Ethical implications of using robotics in healthcare.
- Legal and regulatory framework governing the use of surgical robots.
- Privacy, consent, and patient rights in the context of robotic care.
MODULE 5 : Designing and Implementing Robotic Solutions in Healthcare
- Engineering principles behind designing surgical robots and patient care automation.
- Prototyping and testing robotic solutions.
- Integration of robotic technologies in healthcare systems.
MODULE 6 : Capstone Project
- Conceptualizing and developing a proposal for a robotic solution to a healthcare challenge.
- Applying design, regulatory, and technical knowledge.
- Presentation of projects, including prototypes, use cases, and impleme
Intended For :
This course is intended for healthcare professionals, engineers, and students aiming to innovate and enhance surgical techniques using AI and robotics.
Career Supporting Skills