Head and Neck Robotic Surgery Training | Hands On Simulation

Course Overview

The Head & Neck Robotic Surgery Training Program is designed to systematically develop operative precision, technical proficiency, and clinical confidence in robotic-assisted head and neck surgery.

Through a structured curriculum, participants gain expertise in robotic system setup, surgical planning, transoral robotic techniques, robotic instrumentation, and perioperative workflow management.

The program emphasizes advanced robotic technology, three-dimensional visualization, articulated instrument control, and evidence-based surgical principles using the Intuitive da Vinci Surgical System. Participants are guided through progressive hands-on learning experiences that enhance operative dexterity, spatial awareness, intraoperative decision-making, and robotic surgical ergonomics. This training prepares surgeons to perform complex head and neck robotic procedures with greater precision, efficiency, functional preservation, and patient safety.

Learning Objectives

Develop proficiency in robotic system setup, docking, console operation, and operating room workflow integration.
Build competency in three-dimensional visualization and articulated instrument control.
Strengthen operative decision-making skills for Transoral Robotic Surgery (TORS) and complex head and neck procedures.
Enhance surgical ergonomics, multidisciplinary communication, and patient safety practices in robotic surgical environments.

Learning Methodology

Expert-led didactic sessions covering robotic surgery principles, instrumentation, and procedural workflows.
Structured hands-on training using the Intuitive da Vinci Surgical System under faculty supervision.
Procedure-oriented robotic skill development with guided demonstrations and stepwise practice.
Performance-based assessment with real-time feedback, technical coaching, and skill refinement.

Learning Outcomes

Perform robotic system setup, docking, and console operations with confidence and efficiency.
Demonstrate precise robotic instrument handling.
Apply robotic surgical techniques safely during head and neck procedures with improved operative control.
Integrate technical and non-technical skills to optimize surgical performance, team coordination, and patient outcomes.

Eligibility Criteria

Licensed medical graduates (MBBS or equivalent) with valid institutional or national medical registration.
ENT Surgeons, Head & Neck Surgeons, Oncosurgeons, or surgical specialists seeking structured training in robotic-assisted surgery.
Surgical residents, fellows, and practicing consultants interested in developing robotic surgical skills are eligible to apply.
Basic knowledge of head and neck surgical anatomy, oncologic principles, and minimally invasive surgical techniques 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 Head & Neck Robotic Surgery
Human Factors: Situational Awareness in the Robotic Operating Theatre
Human Factors: Errors and Violations
Dry Lab Skill Development
Retractor Setting on Mannequin
Simulation Skill Development

Module 2 - Robot set-up

Patient Positioning and Retractor Setting
Robotic Docking Sequence
Surgical Procedure Setup and Facilitation
Surgical Team Roles and Responsibilities
Human Factors: Team Dynamics

Module 3 - Technical skills development

Start-Up and System Calibration
Docking Sequence and Instrumentation
Types of Retractors and Retractor Placement
Patient Cart Positioning
Simulation-Based Technical Skills Training
Robotic Workflow Familiarization

Module 4 - Non-Technical Skills development

Team Training Workshop
Simulation Team Training
Surgical Briefing and Debriefing
Communication Skill Development
Team Coordination and Collaborative Practice

Module 5 - Hand's on Practice Sessions

Patient Positioning and Retractor Setting
Robotic Docking Sequence
Surgical Procedure Setup and Facilitation
Surgical Team Coordination
Integrated Workflow Practice
Faculty-Guided Hands-On Training

Head and Neck Robotic Surgery