MODULE 1

Introduction to Robotics in Healthcare (15 Hours)

• 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 (20 Hours)

• 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 (20 Hours)

• 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 (15 Hours)

• 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 (15 Hours)

• 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 (15 Hours)

• 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 implementation plans.