Robotics in uro-oncology Surgery Training | Hands On Simulation

Course Overview

The Robotics in Uro-Oncology Training Program is designed to systematically develop operative proficiency, technical expertise, and clinical confidence in robotic- assisted urological oncology surgery. Through a structured curriculum, participants gain comprehensive knowledge of robotic system setup, patient positioning, docking protocols, surgical planning, and procedural workflows relevant to uro-oncological procedures.

The program emphasizes robotic instrumentation, three-dimensional visualization, precision tissue handling, and minimally invasive surgical techniques using the Intuitive da Vinci Surgical System. Participants engage in focused hands-on training, simulation-based exercises, and guided skill development to strengthen operative dexterity, procedural efficiency, and robotic surgical competence.

The curriculum also focuses on operating room workflow, patient safety, troubleshooting, teamwork, communication, and multidisciplinary collaboration within the robotic surgical environment. Real-time case observations provide valuable insights into contemporary robotic urological practice. This training prepares surgeons to perform robotic uro-oncological procedures with enhanced precision, safety, and procedural confidence.

Learning Objectives

Develop proficiency in robotic system setup, docking, patient positioning, and operating room workflow integration.
Build competency in robotic instrumentation, tissue handling, and precision surgical techniques for uro-oncological procedures.
Strengthen technical skills through simulation-based training and structured hands-on practice.
Enhance teamwork, communication, situational awareness, and patient safety practices in robotic surgical environments.

Learning Methodology

Expert-led lectures covering robotic surgery principles and uro-oncological applications.
Structured hands-on training using the Intuitive da Vinci Surgical System.
Simulation-based skill development and practical robotic workflow training.
Live case observations with guided discussions and performance-focused learning.

Learning Outcomes

Perform robotic system setup, docking, and console operations with confidence and efficiency.
Demonstrate improved robotic instrument control, tissue handling, and operative precision.
Apply robotic surgical principles safely during uro-oncological procedures.
Integrate technical and non-technical skills to optimize surgical performance and patient outcomes.

Eligibility Criteria

Licensed medical graduates (MBBS or equivalent) with valid institutional or national medical registration.
Urologists, Uro-Oncologists, Surgical Residents, Fellows, and practicing Consultants seeking robotic surgery training.
Basic knowledge of urological oncology and minimally invasive surgical principles is preferred.
Prior exposure to robotic surgery is beneficial but not mandatory.

Course Modules

Module 1 - Introduction to Robotic Program

Fundamentals of Robotic Surgery (FRS)
Overview of Robotic Uro-Oncology Surgery
Human Factors: Situational Awareness in the Robotic Operating Theatre
Human Factors: Errors and Violations
Principles of Safe Robotic Practice

Module 2 - Robot set-up

Start-Up and System Calibration
Robotic Docking Sequence
Instrumentation and System Components
Types of Retractors and Retractor Setting
Patient Cart Positioning and Port Placement
Troubleshooting and System Checks

Module 3 - Technical skills development

Dry Lab Skill Development
Retractor Setting on Mannequin
Simulation-Based Skill Development
Robotic System Familiarization
Technical Skills Refinement Exercises

Module 4 - Non-Technical Skills development

Surgical Case Observation
Development of Competencies for Safe Operation of the Intuitive da Vinci Surgical System
Team Training Workshop
Simulation Team Training
Surgical Briefing and Debriefing
Team Coordination and Communication Skills

Robotics in uro-oncology