Introduction to ROV Components, Intervention, Interface Requirement & Tooling Mechanism for Subsea Project Engineers & Entry Level Pilot Technicians (ROVIRTMSPEELPT) Level 1

Description

Subsea ROV (remotely operated vehicle) is an underwater vehicle that is controlled remotely by an operator on the surface. It is commonly used in offshore industries such as oil and gas exploration, marine research, and underwater construction.

Subsea ROVs are typically tethered to a surface support vessel, which provides power and communication to the ROV. The ROV is equipped with cameras, lights, and sensors that allow the operator to see and manipulate objects in the underwater environment.

ROVs come in a variety of sizes and designs, from small portable systems that can be operated by a single person, to large work-class ROVs that can lift heavy equipment and perform complex tasks. They can operate at depths of up to 6,000 meters or more, and are used in a wide range of applications, from inspecting pipelines and underwater structures to performing scientific research and exploring the deep sea.

Introduction to ROV Components, Intervention, Interface Requirement & Tooling Mechanism for Subsea Project Engineers & Entry Level Pilot Technicians (ROVIRTMSPEELPT) Level 1 covers overview of the state of the art for subsea remote intervention and vehicles, ROV technologies, and ROV capabilities and requirements for subsea operations, ROV Intervention Operations for Site Survey, Drilling Assistance, Installation Assistance, Operation Assistance, Inspection, Maintenance and Repair, ROV Intervention System, ROV Machine etc. ROV interface requirements based on API 17H, Remote-Operated Tool (ROT) and more.

Course Outlines

Appendix 1: Downloadable Sample of ROV Dive Log for Supervisors
Appendix 2: Downloadable Sample of Minimum ROV Components Checklist for Supervisors
Appendix 3: Downloadable Sample of ROV Pre Dive Checklist for Supervisors
Appendix 4: Downloadable Sample of ROV Post-Dive Checklist for Supervisors
Appendix 5: Downloadable Sample of ROV Trouble Report Form for Supervisors
Appendix 6: Downloadable Sample ROV Piece Weight List Form for Supervisors
Appendix 7: Downloadable Sample ROV Mission Coordination Daily Log for Supervisors
Appendix 8: Downloadable Sample of ROV DIVE Summary for Supervisors
Appendix 9: ROV Tether Management for Supervisors

Technical Support References

Ref 1: Overview of ROV systems and their applications in subsea operations
Ref 2: Types and classifications of ROVs
Ref 3: ROV components and their functions
Ref 4: Introduction to ROV control systems and communication interfaces
Ref 5: ROV intervention methods for subsea operations
Ref 6: Manipulator arms and tooling systems used in ROV interventions
Ref 7: Understanding ROV sensors and imaging systems for visual inspections and data collection
Ref 8: ROV navigation and positioning techniques
Ref 9: Subsea infrastructure and equipment interfaces for ROV operations
Ref 10: Interface standards and guidelines for ROV integration
Ref 11: Umbilical management and tethering systems
Ref 12: Power and data transmission requirements for ROV operations
Ref 13: Overview of ROV tooling mechanisms used for subsea tasks
Ref 14: ROV-mounted cutting, gripping, and sampling tools
Ref 15: Tooling interfaces and compatibility considerations
Ref 16: Safety protocols and procedures for ROV operations
Ref 17: Risk assessment and hazard identification in subsea environments
Ref 18: Maintenance and inspection practices for ROV systems
Ref 19: Case studies and lessons learned from real-world subsea projects
Ref 20: Overview of relevant industry standards and regulations governing ROV operations
Ref 21: Compliance requirements and documentation for subsea projects
Ref 22: ROV operations environmental considerations and mitigation measures
Ref 23: Exploration of emerging technologies in ROV systems
Ref 24: Trends in autonomous and unmanned subsea operations
Ref 25: Discussion on the future of ROV systems and their impact on subsea projects
Ref 26: Piloting Underwater ROV
Ref 27: ROV Operational Procedures
Ref 28: ROV Operations JSA
Ref 29: ROV Mobilization Procedures with JSA
Ref 30: ROV Demobilization Procedures with JSA
Ref 31: A case study of ROV Mobilization & Demobilization

Assessment

Participant underpinning knowledge of ROV Intervention, Interface Requirement & Tooling Mechanism will be accessed with short answer multiple-choice questionnaire at the conclusion of the course.

Outcome

Participants will gain an in debt understanding of ROV Intervention, Interface Requirement & Tooling Mechanism .They will also be able to function with minimum supervision as Offshore Engineers, Technicians & Subsea Engineers, Subsea ROV Technician, Subsea Project Engineer for IOCs, Offshore Drilling & Installation Contractors.

Professional Certificate

Issued directly by Chess Subsea Engineering Europe.

Participant may be presented for Offshore Petroleum Training Organization (OPITO) Certification.

How to Register

Click here to download registeration booklet on msword and email completed booklet to info@chesssubseaengineering.org directly.