If you’re a teacher, afterschool program coordinator or summer camp director who has ever thought about bringing drones into your classroom but couldn’t find curriculum rigorous enough to justify it, this might finally be the solution.
STEAM Thru Drones has released three interconnected curricula: Dronology, AeroCode and AeroPython. Together, the three programs are designed as a progressive pathway from foundational drone knowledge all the way through Python programming and autonomous flight mission design. And it’s all a robust set of lessons, built for teachers who want more than a one-off drone day.
The programs are already in use across 15+ schools, have reached more than 2,700 students, and are specifically designed to expand STEM access in rural and underserved communities where aviation and engineering career pathways are often invisible to students.
The programs were built by Dr. La’Quata Sumter, an educator and FAA-certified drone pilot who previously authored children’s books about drones and has now built something with considerably more staying power: a grades 4-through-12 career pathway that takes students from zero drone knowledge to real-world programming skills.
“I didn’t create these programs just to teach students how to fly drones,” Sumter said in an interview with The Drone Girl. “I created them to help students see themselves in science, technology, engineering, and aviation careers. Drones are the hook, but coding, problem-solving, and confidence are the real outcomes.”
The three STEAM drone programs, explained
The three curricula are designed to build on each other, taking students from zero drone knowledge to real-world programming skills across what Sumter calls a grades 4-through-12 to career pathway.
Dronology ($799)
Dronology is the entry point. It’s an introductory curriculum focused on drone fundamentals, safety and real-world applications. It’s designed for upper elementary through high school students and aligns with STEM, CTE and FAA Part 107 foundational concepts. It’s a good overview of what drones are, how they work, why they matter and what careers they connect to in aviation, engineering and public safety. It’s not just about flying but more about building the contextual knowledge that makes everything else make sense.
Aerocode ($999)
AeroCode is the next step. It uses Blockly-style visual programming with the CoDrone EDU platform to teach logic, sequencing, automation and problem-solving. For students who have never written a line of code, visual block coding is a proven on-ramp, teaching structured programming thinking without the syntax barrier.
The key differentiator here is the immediate feedback loop: students write code and watch a physical drone respond to it. That connection between abstract logic and physical outcome is one of the most powerful teaching tools in STEM education, and it’s hard to replicate with a screen alone.
Related read: A CoDrone EDU Review — from actual students who fly it every day
AeroPython ($995)
AeroPython takes students from visual block coding into real Python, where they work with variables, loops, functions, autonomous flight and mission design.
Python is one of the most widely used languages in computer science, AI and robotics. Teaching it through drone programming gives students a concrete, engaging context for abstract concepts that can otherwise feel disconnected from anything real. By the end of AeroPython, students are designing autonomous flight missions.
Why the pipeline approach matters
One of the persistent challenges cited in STEM education is the lack of continuity. A student might have a one-off drone day at school, get excited and then have nowhere to go with that excitement. Sumter designed this program to address that exact problem. Each curriculum builds on the last, which means a student who starts with Dronology in fourth grade can progress through AeroCode and AeroPython as they move through middle and high school.
In theory, they’ll arriving at graduation with a portfolio of actual programming skills and a clear line of sight to careers in aviation, computer science, engineering or robotics.
That pipeline design also makes the programs practical for schools trying to build sustainable CTE or STEM programs rather than one-time events. It’s no secret that there’s huge value in drone education in STEM settings. The challenge is always finding curriculum that’s rigorous enough to sustain engagement over time.
What’s included for educators
The programs aren’t just lesson plans dropped into a Google Drive folder. Each curriculum comes as a classroom-ready system that includes the curriculum itself, teacher training and classroom-ready kits. It’s also a great option for educators who appreciate STEM but may have no prior drone experience. Sumter has accounted for that, building the educator support into the package rather than assuming teachers will figure it out on their own.
For afterschool program coordinators and summer camp directors specifically, the self-contained kit structure makes implementation feasible without requiring a dedicated drone expert on staff.
Who these programs are for
If you’re a classroom teacher looking to integrate drone technology into a STEM, CTE, or computer science course, Dronology or AeroCode are natural starting points depending on your grade level and existing technical curriculum.
If you run an afterschool program and want something that will hold student attention while delivering genuine skill-building, any of the three programs fit that context.
If you’re building a workforce development initiative (particularly in communities where aviation and tech careers feel out of reach) the full pathway from Dronology through AeroPython is exactly the kind of structured, credential-adjacent programming that changes trajectories.
You can explore all three programs at steamthrudrones.com. Dronology is available here, AeroCode here, and AeroPython here.
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