The Electronic Chart Display and Information Systems Training Course offered by Oxford Training Centre, under the Shipping, Maritime and Ports Training Courses category, is designed to develop the technical knowledge and practical skills required to operate Electronic Chart Display and Information Systems (ECDIS) effectively in modern maritime navigation. The course explores the principles of ECDIS training, focusing on electronic chart interpretation, navigation planning, system configuration, position monitoring, and the use of digital navigation technologies to support safe and efficient vessel operations. Participants will understand the role of ECDIS in modern bridge operations and its importance in meeting international maritime navigation requirements.
The programme provides comprehensive insights into electronic navigation, chart management, route monitoring, and navigational safety, while covering electronic navigational charts (ENCs), route planning, safety settings, alarm management, and navigational risk assessment. Participants will also explore the integration of ECDIS with radar, GPS, AIS, and other bridge navigation systems. Through practical exercises and maritime case studies, they will develop the ability to manage electronic charts, monitor vessel movements, identify navigational hazards, and respond effectively to system alerts. The course supports improved navigational decision-making, operational efficiency, and maritime safety.
Objectives
By the end of this training course, participants will be able to:
- Understand the fundamental principles, functions, and operational requirements of ECDIS.
- Explain the role of electronic chart systems in modern maritime navigation.
- Interpret and manage Electronic Navigational Charts (ENCs).
- Apply effective chart management and updating procedures.
- Plan and validate safe vessel routes using ECDIS.
- Configure safety parameters, alarms, and navigational settings.
- Monitor vessel positions, courses, and movements using electronic navigation systems.
- Identify navigational hazards through electronic chart interpretation.
- Integrate ECDIS with radar, GPS, AIS, and other bridge equipment.
- Understand common ECDIS errors, limitations, and operational risks.
- Apply appropriate procedures during equipment failures and system malfunctions.
- Promote navigational safety through effective ECDIS operation and monitoring.
Target Audience
This course is suitable for:
- Ship masters and captains.
- Chief officers and deck officers.
- Navigation and watchkeeping officers.
- Junior deck officers and maritime cadets.
- Marine pilots and trainee marine pilots.
- Bridge team members and supervisors.
- Maritime safety and navigation specialists.
- Shipping company operations professionals.
- Maritime training instructors.
- Professionals involved in electronic navigation and vessel traffic management.
Course Content
Module 1: Introduction to Electronic Chart Display and Information Systems
- Fundamentals and development of ECDIS technology.
- Purpose and importance of ECDIS in maritime navigation.
- ECDIS components and system architecture.
- International standards and performance requirements.
- ECDIS carriage requirements under SOLAS.
- Responsibilities of navigational officers in ECDIS operations.
Module 2: Electronic Navigational Charts and Chart Management
- Introduction to Electronic Navigational Charts (ENCs).
- Raster Navigational Charts (RNCs) and their characteristics.
- ENC data formats and chart presentation.
- Chart scales, display categories, and symbols.
- Chart installation, updating, and management.
- Understanding chart permits and licensing.
- Identifying chart data limitations and inconsistencies.
Module 3: ECDIS System Configuration and Operation
- ECDIS interface and operational controls.
- System setup and configuration procedures.
- Display settings and chart presentation modes.
- Understanding standard, base, and other chart display categories.
- Configuring safety depth and safety contour.
- Setting navigational alarms and alerts.
- Managing system settings for different navigational conditions.
Module 4: Route Planning and Validation
- Principles of electronic route planning.
- Creating and editing navigational routes.
- Selecting waypoints and defining route legs.
- Setting safety parameters and cross-track limits.
- Route validation and hazard identification.
- Evaluating navigational restrictions.
- Reviewing and approving passage plans.
Module 5: Route Monitoring and Navigational Safety
- Principles of continuous route monitoring.
- Monitoring vessel position and movement.
- Understanding cross-track error and position accuracy.
- Monitoring safety contours and navigational hazards.
- Managing alarms, warnings, and system alerts.
- Identifying deviations from planned routes.
- Maintaining situational awareness during navigation.
Module 6: Integration with Other Bridge Navigation Systems
- Integration of ECDIS with Global Navigation Satellite Systems (GNSS).
- Radar and Automatic Radar Plotting Aid (ARPA) integration.
- Automatic Identification System (AIS) connectivity.
- Gyrocompass and speed log integration.
- Understanding sensor inputs and data accuracy.
- Managing discrepancies between navigation systems.
- Effective use of integrated bridge systems.
Module 7: ECDIS Errors, Limitations, and Risk Management
- Common operational errors in ECDIS usage.
- Understanding over-reliance on electronic navigation.
- Position inaccuracies and sensor failures.
- Chart-related errors and outdated information.
- Managing incorrect safety settings.
- Identifying system limitations and navigational risks.
- Implementing risk control and verification procedures.
Module 8: ECDIS Safety, Alarms, and Emergency Procedures
- Understanding ECDIS alarms and warning systems.
- Alarm prioritisation and response procedures.
- Handling GPS and sensor failures.
- Responding to ECDIS system malfunctions.
- Backup navigation arrangements.
- Procedures for equipment failure during navigation.
- Maintaining navigational safety during system interruptions.
Module 9: ECDIS Regulations and Operational Compliance
- IMO performance standards for ECDIS.
- SOLAS requirements for electronic chart systems.
- Relevant IHO standards and chart specifications.
- ECDIS training and competency requirements.
- Official ENC data and chart update procedures.
- Navigational recordkeeping and documentation.
- Compliance with maritime navigation safety procedures.
Module 10: Practical ECDIS Applications and Advanced Navigation
- Practical ECDIS route planning exercises.
- Electronic chart interpretation and analysis.
- Route monitoring in restricted and congested waters.
- Managing navigation in coastal and open-sea environments.
- Evaluating navigational hazards through case studies.
- ECDIS simulator exercises and operational scenarios.
- Best practices for continuous improvement in electronic navigation.
FAQs
1. What is ECDIS training?
ECDIS training develops the knowledge and practical skills required to operate Electronic Chart Display and Information Systems for safe and efficient maritime navigation.
2. Why is ECDIS important in maritime navigation?
ECDIS provides electronic chart information, supports route planning, monitors vessel positions, and helps navigational officers identify potential hazards.
3. What are the main functions of an ECDIS system?
The main functions include electronic chart display, route planning, route monitoring, position tracking, safety alarms, and integration with other bridge navigation equipment.
4. Who should attend the Electronic Chart Display and Information Systems Training Course?
Ship masters, deck officers, navigation officers, marine pilots, maritime cadets, and bridge team professionals can benefit from this course.
5. What is the difference between ECDIS and electronic navigational charts?
ECDIS is the navigation system used to display and process electronic chart information, while electronic navigational charts are the digital chart data used by the system.
6. How does ECDIS improve navigational safety?
ECDIS supports navigational safety through route validation, continuous position monitoring, hazard identification, safety alarms, and access to updated electronic chart information.