Performance-Based Navigation (PBN)
Min. Academic & Professional Level
Course Designed for:
An Overview:
Performance-Based Navigation (PBN) is an approach to aircraft navigation that focuses on achieving specific performance requirements rather than relying solely on traditional ground-based navigation aids. PBN allows for more precise and efficient navigation, leading to improved airspace capacity, reduced flight times, and enhanced safety. It encompasses various navigation concepts, including area navigation (RNAV) and required navigation performance (RNP).
Short Course Modules:
Module 1: Introduction to Performance-Based Navigation (PBN)
Sub-topic 1: Understanding PBN and Its Significance
Sub-topic 2: Historical Development of PBN
Sub-topic 3: Regulatory Framework for PBN
Sub-topic 4: Benefits and Challenges of PBN Implementation
Module 2: PBN Navigation Specifications
Sub-topic 1: RNAV and RNP Concepts
Sub-topic 2: PBN Equipment and Avionics
Sub-topic 3: RNAV and RNP Procedure Design Criteria
Sub-topic 4: Accuracy, Integrity, and Continuity (AIC) Parameters
Module 3: Types of PBN Procedures
Sub-topic 1: RNAV and RNP Departure Procedures (DPs)
Sub-topic 2: RNAV and RNP Arrival Procedures (STARs)
Sub-topic 3: RNAV and RNP Approach Procedures
Sub-topic 4: PBN En-Route Procedures
Module 4: PBN Implementation and Certification
Sub-topic 1: Aircraft Certification for PBN
Sub-topic 2: Navigation Database Management
Sub-topic 3: Training and Proficiency for Flight Crew
Sub-topic 4: Air Traffic Management and PBN Integration
Module 5: PBN Equipment and Avionics
Sub-topic 1: Required Avionics for PBN
Sub-topic 2: Multimode Receivers and Flight Management Systems (FMS)
Sub-topic 3: GPS and GNSS for PBN
Sub-topic 4: Monitoring and Alerting Systems
Module 6: RNP and RNAV Procedures in PBN
Sub-topic 1: RNP and RNAV Specifications and Performance Levels
Sub-topic 2: Criteria for Designing RNP and RNAV Procedures
Sub-topic 3: Advanced RNP (A-RNP) Concepts
Sub-topic 4: Operational Approvals for RNP and RNAV
Module 7: PBN Charting and Database Management
Sub-topic 1: PBN Procedure Chart Types
Sub-topic 2: Charting for PBN Procedures
Sub-topic 3: Navigation Database Updates and Management
Sub-topic 4: Human Factors in Charting and Database Design
Module 8: PBN Operations and Flight Planning
Sub-topic 1: Flight Planning Using PBN Procedures
Sub-topic 2: Optimizing Routes and Fuel Efficiency
Sub-topic 3: PBN in Oceanic and Remote Operations
Sub-topic 4: Air Traffic Control Expectations and Communications
Module 9: PBN Safety and Risk Management
Sub-topic 1: Safety Culture in PBN Implementation
Sub-topic 2: Risk Assessment and Mitigation in PBN Operations
Sub-topic 3: Human Factors and PBN Decision-Making
Sub-topic 4: Safety Promotion and Reporting
Module 10: Future Trends and Innovations in PBN
Sub-topic 1: Advances in PBN Technology
Sub-topic 2: Multi-constellation and Multi-frequency GNSS
Sub-topic 3: Regulatory Changes and Evolving Standards
Sub-topic 4: Research and Development in PBN Systems