Drone Career Explorer
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Approved Middle School Drone Career Explorer page with cinematic studio background, Grades 6–8 workbook displayed inside an iPad, presenter video image, and feature cards.Home

Discover how drones connect technology, people, data, and careers.

Middle School Drone Career Explorer introduces students to the world of drone technology through engaging, career-connected learning. Students investigate how drone systems work, how sensors collect information, why safety and responsibility matter, how missions are planned, and how drones are being used across industries and communities.

Explore the Grades 6–8 CurriculumWatch the Course Introduction
CAREERS & INDUSTRY

Explore career clusters, industry trends, and next-step training pathways.

Explore the Career Map →
Middle school overview

Middle School at a Glance

Students begin by seeing drones as part of a connected system of people, technology, data, process, purpose, safeguards, and human decisions.

Grades 6–86 UnitsProject-BasedSimulation Pathway
PART 107 PATHWAY

See where the pathway leads next—FAA Remote Pilot eligibility begins at age 16.

Explore Part 107 Preparation →
Grades 6–8 sequence

Six units. One connected student portfolio.

Each unit adds a new layer of systems thinking and produces evidence that can become part of the student career portfolio.

Middle school six-unit sequence infographic showing Meet the Drone Ecosystem, Safety Before Flight, How Drones See and Sense, Mission Planning Basics, Drones at Work, and Drone Career Challenge.

Evidence over time

Students organize portfolio evidence, reflections, mission analysis, drone systems work, and community projects to show growth in reasoning, skills, and career awareness.

Evidence Over Time portfolio dashboard showing a student portfolio showcase, evidence categories, mission analysis, drone systems lab, community project, and reflection prompts.
Open Middle School PreviewMore Resources
Classroom model

Flexible learning environments.

Students build evidence through systems maps, responsible-use decisions, sensor/data reasoning, mission proposals, industry cases, and a final career challenge.

Systems thinkingSafe & responsible useSensors + dataMission planningIndustry applicationsCareer discovery
DCE

Classroom, simulation & flight connections

Classroom instruction can include cases, systems maps, mission planning, image/data analysis, and career challenges. Simulation-based and supervised flight experiences may also be incorporated through school or partner programs when appropriate to local resources, policies, and instructional goals.

Flexible configurations support classroom, simulation-based, and supervised flight connections.