Class 1: Introduction to Part 107 and Basic Aviation Concepts

Objective: Provide students with an overview of the Part 107 regulations and foundational aviation knowledge.

Topics:

1. Introduction to Part 107  

   - What is the Part 107 certification?  

   - Why is it necessary?  

   - Opportunities for certified remote pilots.

   

2. General Requirements 

   - Eligibility for Part 107 certification.  

   - Application process and exam registration.

3. Basic Aviation Terminology  

   - Understanding key terms: UAS, Remote Pilot in Command (RPIC), sUAS.

4. Introduction to Aerodynamics  

   - Basic flight principles: lift, drag, thrust, and weight.

   - UAS stability and control surfaces.

5. Practical Application 

   - Introduction to basic sUAS hardware and software.

Class 2: National Airspace System (NAS) & UAS Regulations

Objective: Equip students with an understanding of the National Airspace System and essential UAS regulations.

Topics:

1. Overview of National Airspace System (NAS)  

   - Types of airspace: Class A, B, C, D, E, G, and special use airspace.  

   - Using sectional charts and interpreting airspace information.

2. Air Traffic Control and Communications  

   - ATC roles and procedures relevant to UAS operators.  

   - Radio communication basics (optional for practical operations).

3. Part 107 Rules and Regulations  

   - Operational limitations and remote pilot responsibilities.  

   - Altitude limits, line of sight, waivers, and certificates of authorization.

4. Airspace Authorization

   - Applying for airspace authorizations and LAANC (Low Altitude Authorization and Notification Capability) system.

Class 3: Weather, Loading, and Performance

Objective: Teach students how to interpret weather data and understand how loading and performance affect UAS operations.

Topics:

1. Weather Theory and Sources 

   - Understanding meteorological concepts and how they impact UAS operations.  

   - Weather reports (METARs) and forecasts (TAFs).  

   - Wind, turbulence, temperature, humidity, and their effects on UAS.

2. Effects of Loading on UAS Performance 

   - Weight and balance.  

   - Center of gravity and its importance in sUAS flight stability.

3. Calculating Performance Data

   - Determining the effects of different payloads on flight duration and performance.

4. Weather-related Decision Making  

   - Identifying hazardous weather conditions and making go/no-go decisions.

Class 4: Operations, Emergency Procedures, and Maintenance

Objective: Provide students with operational knowledge, emergency protocols, and maintenance best practices.

Topics:

1. UAS Preflight, Flight, and Post-flight Procedures 

   - Preparing for flight: checklists, calibrations, and safety measures.  

   - Battery management and GPS signal verification.

2. Emergency Procedures  

   - What to do in the event of system failure, loss of communication, or other emergencies.  

   - Handling flyaways and loss of control scenarios.

3. Safety and Risk Management

   - Identifying and mitigating potential hazards on the ground and in the air.  

   - Risk assessments and safety protocols.

4. Maintenance and Inspections

   - Regular sUAS maintenance routines and tracking service life of components.  

   - Understanding logs and reports for aircraft and operations.

Class 5: Review & FAA Part 107 Exam Simulation

Objective: Recap key concepts and simulate the FAA Part 107 exam to gauge student preparedness.

Topics:

1. Review of Key Concepts  

   - Quick review of NAS, airspace classifications, regulations, weather, and UAS performance.

2. FAA Part 107 Exam Simulation  

   - Timed exam simulation to mirror actual test conditions.  

3. Final Exam Tips  

   - Test-taking strategies and mental preparation.