Module 1: Introduction to PRM System

1.1. Overview of PRM System

1.2. Historical Development of PRM Systems

1.3. Significance of PRM Systems in Aviation

1.4. Key Components of a PRM System

Module 2: PRM System Operations

2.1. PRM System Principles

2.2. PRM System Configuration and Deployment

2.3. Data Acquisition and Processing

2.4. Integration with Air Traffic Control

Module 3: PRM System Sensors and Equipment

3.1. Radar-Based Sensors in PRM

3.2. Lidar Sensors in PRM

3.3. Camera Systems for PRM

3.4. Environmental Sensors and Their Role

Module 4: Data Processing and Fusion

4.1. Data Acquisition and Preprocessing

4.2. Data Fusion Techniques in PRM

4.3. Data Quality Control

4.4. Real-time Data Analysis in PRM

Module 5: Safety and Risk Assessment

5.1. Safety Protocols in PRM Operations

5.2. Risk Management in PRM

5.3. Mitigating Factors in PRM

5.4. Human Factors in PRM Safety

Module 6: PRM System Calibration and Maintenance

6.1. Calibration of PRM Equipment

6.2. Routine Maintenance Practices

6.3. Troubleshooting and Diagnostics

6.4. Long-term System Upkeep

Module 7: PRM System Applications

7.1. PRM in Low Visibility Conditions

7.2. PRM in Airfield Management

7.3. PRM for Runway Incursion Prevention

7.4. Integration with NextGen and SESAR

Module 8: Regulatory Framework and Compliance

8.1. International Aviation Standards for PRM

8.2. National Regulations and Oversight

8.3. Compliance Audits and Certifications

8.4. Legal and Ethical Considerations

Module 9: Case Studies and Best Practices

9.1. Success Stories of PRM Implementation

9.2. Lessons Learned from PRM Incidents

9.3. Best Practices in PRM System Management

9.4. Industry Trends and Innovations

Module 10: Future Trends and Emerging Technologies

10.1. Evolving PRM Technologies

10.2. Automation and Artificial Intelligence in PRM

10.3. Advancements in Data Visualization

10.4. Environmental Impact and Sustainability of PRM Systems