Starting a drone program in a high school can feel complicated at first.
Schools often have questions about curriculum, equipment, safety, and how drones fit into existing CTE or STEM programs. This guide will answer common questions schools have about starting a drone program. The process becomes much simpler when broken into clear, manageable steps.
This guide outlines exactly how schools can launch a drone program—from turning the idea of a drone program into a practical, actionable plan, through initial planning to classroom implementation—without unnecessary complexity.
Step 1: Define Your Goals
Before purchasing equipment or selecting curriculum, schools should clarify what they want the program to achieve.
Common goals include:
Supporting CTE pathways
Increasing student engagement
Introducing new technology
Preparing students for careers
Offering credential opportunities
While it may be tempting to dream big about the possibilities, successful high school drone curriculum programs are built on practical, achievable objectives rather than unrealistic expectations.
Clear goals guide every decision that follows.
Choosing a curriculum like the one from Drone Launch Learning can also help schools meet local requirements and qualify for grants or state funding.
Step 2: Identify Where the Program Fits
Drones do not need to exist as a standalone course right away.
Most schools begin by integrating drones into:
Engineering or technology classes
Construction programs
Agriculture courses
STEM-focused CTE classes
This approach allows schools to start quickly without changing schedules.
Step 3: Choose the Right Curriculum
Curriculum is the foundation of a successful drone program.
A complete high school drone curriculum should include all necessary training, hands-on labs, equipment, assessments, and ongoing support to ensure a thorough and convenient learning experience.
Look for curriculum that:
Is ready to teach
Uses simple, clear explanations
Includes safety instruction
Provides structured lessons and assessments
Aligns with CTE or STEM standards
Teachers should not have to build lessons from scratch. Course content should be tailored to meet specific educational goals and exam preparation needs.
Step 4: Plan for Safety and Procedures
Importantly, safety policies and procedures must be established from the outset to ensure safe and compliant drone use.
Safety should be built into the program from the beginning.
Schools should establish:
Clear safety rules
Defined flight areas
Supervision expectations
Pre-flight and post-flight routines
Teachers need clear policies and procedures for drone use to protect both themselves and their students.
Students should understand that drones are tools that require responsibility.
Step 5: Select Appropriate Equipment
Equipment should match the program’s goals—not the other way around.
Most schools start with:
Beginner-friendly drones
Extra batteries
Basic maintenance supplies
Secure storage
Avoid overbuying advanced equipment early on. Start simple and expand later if needed.
Step 6: Prepare Teachers for Implementation
Teachers do not need to be drone experts to run a successful program.
They need:
Clear instructional materials
Defined lesson structure
Safety guidelines
Support resources
When teachers feel supported, they can focus on teaching rather than troubleshooting.
Step 7: Introduce Real-World Applications
Students should understand how drones are used outside the classroom.
Programs should include examples from:
Construction
Engineering
Agriculture
Public safety
Inspection and mapping
Curricula should highlight the various services drones provide in these high-demand sectors, such as aerial surveying, inspection, and precision agriculture. Utilizing drones for mapping, 3D modeling, and data collection is integral to applications in agriculture and construction. Teaching students to use specialized software, such as Pix4D, for mapping, photogrammetry, and digital twin creation is essential for processing data and completing real-world projects. Additionally, programming with Blockly or Python enables students to create autonomous drone missions and data-driven flight paths.
This connection increases engagement and helps justify the program to administrators and stakeholders.
Step 8: Consider Credential Pathways
Some schools choose to introduce credential opportunities, such as FAA Part 107 concepts. The FAA requires a Remote Pilot Certificate if you are going to fly your drone for anything other than recreational purposes.
A comprehensive high school drone curriculum should align with FAA Part 107 standards, enabling students to earn their Remote Pilot Certificate by age 16. Drone Launch Learning provides a curriculum that directly correlates to workforce readiness. FAA Part 107 certification prep includes covering aeronautical knowledge, airspace regulations, and safety procedures. Students can obtain the FAA Part 107 Remote Pilot Certificate to legally operate drones for commercial purposes, and courses designed to prepare students for the FAA Part 107 exam are available at various educational institutions.
Students who complete these programs are often left feeling confident and well-prepared to pass the Part 107 test and pursue careers in the drone industry. The FAA Part 107 certification is essential for students looking to enter the drone business or related fields. Through Career and Technical Education programs, students should be prepared for legal commercial operation, including learning how to start a drone business, find customers, serve clients, and understand the money involved in commercial drone operations.
Certification does not need to be required for every student, but awareness of:
Industry expectations
Regulations
Professional standards
helps students understand how drone skills connect to careers.
Step 9: Evaluate and Expand
Once the program is running, schools should review:
Student engagement
Teacher feedback
Equipment usage
Alignment with goals
From there, programs can grow into:
Dedicated courses
Expanded curriculum
Additional equipment
Deeper career pathway integration
Growth should be intentional and based on real results.
Funding and Grants
Securing funding and grants is a vital part of building a sustainable drone education program. Schools can tap into a variety of resources, including government grants, corporate sponsorships, and private donations, to support the development and growth of their drone curriculum. By seeking out these opportunities, schools can access the training, equipment, and support needed to deliver high-quality education to their students.
Partnering with industry organizations can also open doors to additional resources and expertise, helping schools create programs that meet the highest standards. Many grants and scholarships are available specifically for students interested in becoming drone pilots or pursuing careers in the aviation industry. By leveraging these funding sources, schools can provide students with the training and education they need to thrive in the drone industry, ensuring that both the curriculum and the quality of instruction remain top-notch.
What Makes a Drone Program Successful
Schools that successfully launch drone programs tend to:
Start with clear goals
Focus on curriculum first
Keep implementation simple
Support teachers
Emphasize safety
Expand gradually
They build programs that are sustainable, not rushed. Sometimes, schools get it wrong by rushing implementation or overlooking foundational steps, but following these guidelines helps avoid common mistakes.
Final Thoughts
Launching a drone program in a high school does not require a major overhaul.
It requires:
Clear planning
Practical decisions
Strong instructional support
When schools follow a step-by-step approach, drone programs become manageable, effective, and aligned with modern CTE and STEM goals.
To get started, sign up for updates, training sessions, or additional resources to help launch your high school drone curriculum.
If your school is interested in teaching drone skills safely and legally, you can book a call with our customer support team to learn how a drone curriculum can be implemented within your existing programs.