Module 1 – Introduction to PBN

• PBN concepts and navigation specifications
• Distinction between RNAV and RNP
• ICAO vision and Assembly Resolution A37-11

Module 2 – Area Navigation

• Conventional vs. Area Navigation
• Route components and ARINC leg types

Module 3 – Area Navigation Systems

• Navigation system technologies: DME/DME, IRU, INS, GNSS, GPS
• System limitations and performance considerations

Module 4 – GNSS Theory

• Core satellite constellations and GPS segments
• Position determination, accuracy, and interference

Module 5 – GNSS Receiver & RAIM

• Receiver functions and Receiver Autonomous Integrity Monitoring (RAIM)
• Fault detection and exclusion

Module 6 – GNSS Augmentations

• Wide and local area augmentations: SBAS, GBAS
• Accuracy, coverage, and operational benefits

Module 7 – RNP AR Approach

• Procedure segments and minima (DA/MDA)
• Fix naming and approach chart design

Module 8 – Terminal Control Area (TMA), STARs, and SIDs

• TMA airspace design, CDO/CCO operations
• RNAV SIDs and STARs, Terminal Arrival Areas

Module 9 – Trajectory Management & ATC Separation

• INGRESS/EGRESS points, holding airspace, route spacing
• Target Level of Safety (TLS) and collision risk models

Module 10 – PANS-OPS Instrument Procedures

• GNSS track separation
• DME-based longitudinal separation standards

Module 11 – Regulatory & CAA Responsibilities

• Roles of regulators, CAA, and Principal Operations Inspectors (POIs)
• Global harmonization and implementation of PBN